Elementarwellen                                                                    Erklärung zur Grund-Gleichung (deutsch)        Forum (deutsche Kurz-Hilfe)        Umrechner        LM Isotopen-Tabelle ausblenden        zurück zur PSE-Tabelle Periodensystem der Elemente (Quelle: größtenteils www.lenntech.de)   Neutron       Kernladungszahl Z=0 (p=0)   (n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. n1 1        1/2+  radioakt.  611  ß-=100  0.78233E6          Elektron       Kernladungszahl Z=0 (p=0)   (n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. e1 0  0.548591E-4    100%       stabil              Positron       Kernladungszahl Z=0 (p=0)   (n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. p1 0  0.548591E-4    100%       stabil              Wasserstoff    H    Kernladungszahl Z=1 (p=1)   H(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. H1 0  1.00782506  1.00727648  99.985%  1/2+     stabil      0.7289E7    0.332#σ(n.γ)  2. H2 1  2.01410175  2.01355317  0.015%  1+     stabil      1.31357E7  22.25E5  530E-6#σ(n.γ)  3. H3 2  3.01604927  3.01550069    1/2+  radioakt.  0.3890592E9  β−=100  0.000019E9  1494.98E4  848.2E4  0.5E-5#σ(n.γ)  4. H4 3  4.0278064  4.02725782    2−  radioakt.  9.93821E-21  n=100  0.0288E8  259.015E5  5.601E6    5. H5 4  5.03531144   5.03476286    1/2+  radioakt.  80.1924E-24  n=100  -0.0108E8  0.328924E8  6.682E6    6. H6 5  6.04494264  6.04439406    2−  radioakt.  0.327E-27  n=100  0.0009E9  41.8638E6  57.82E5    7. H7 6  7.05274859  7.05220001    1/2+  radioakt.  2.36E-23  n=100  -0.008E8  491.35E5  6.582E6      Helium    He    Kernladungszahl Z=2 (p=2)   He(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. He4 2  4.00260324  4.00150608  99.999863%  0+     stabil      242.49E4  28.296E6    2. He3 1  3.0160293  3.01493214  0.000137%  1/2+     stabil      14931.2E3  0.7718E7  60E-6#σ(n.γ); 5.327E3#σ(n.p)  3. He5 3  5.01222359  5.01112643    3/2−  radioakt.  0.0007618E−18   n=100  0.00890E8  11.3862E6  27.406E6    4. He6 4  6.01888912  6.01779196    0+  radioakt.  0.8067  β−=100  -1.862E6  175.951E5  29.267842E6    5. He7 5  7.02802058  7.02692342    3/2−  radioakt.  28570000E−28  n=100  44E4  26.101E-6  2883.4E4    6. He8 6  8.03392185  8.03282469    0+  radioakt.  1.19E-1  β−84; β−n=16  10.651E6(β−); 8.619E6(β−n)  315.98E5  3140.8E4    7. He9 7  9.04394983  9.04285267    1/2−  radioakt.  1.49921E−21  n=100  11.50E5  0.040939E9  0.30138E8    8. He10 8  10.05239862  10.05130146    0+  radioakt.  2.69221E−21  n=100  300E3  0.48809E8  3034E4      Lithium    Li    Kernladungszahl Z=3 (p=3)   Li(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. Li7 4  7.0160045  7.01435876  92.5%  3/2−     stabil      0.149081E8  3924.4E4  37E-3#σ(n.γ)  2. Li6 3  6.0151228  6.01347706  7.5%  1+     stabil      14.0868E6  3199.4E4  2.8E-2#σ(n.γ); 940#σ(n.α)  3. Li9 6  9.02678922  9.02514348    3/2−  radioakt.  178.3E-3  β−=50.44; β−n=49.56  1194.1E4(β−); 13.606E6(β−n)  249.54E5  453.41E5    4. Li5 2  5.01253782  5.01089208    3/2−  radioakt.  3.046922E−22  p =100  1.965E6  11.6789E6  26.331E6    5. Li4 1  4.02718557  4.02553983    2-  radioakt.  9.09723E−23  p=100  3103E3  253.232E5  4.615E6    6. Li8 5  8.02248732  8.02084158    2+  radioakt.  838E-3  β−=100  16.005E6  20.9468E6  4.1277E7    7. Li10 7  10.03548064  10.0338349    1−  radioakt.  3.79821E-21  n=100  0.25E5  330.5E5  45.316E6    8. Li11 8  11.0437977  11.04215196    3/2−  radioakt.  850E-5  β−=85; β−n=8.97; β−2n=4.1; β−αn=0.027; 3n=1.9  201200E2(β−); 20.623E6(β−n); 0.13308E8(β−2n); 12.706E6(β−αn); 11.642E6(β−3n)  4.07973E7  45.64E6      Beryllium    Be    Kernladungszahl Z=4 (p=4)   Be(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. Be9 5  9.01218151  9.00998719  100%  3/2−     stabil      1.1347E7  58.166E6  84.9E-4#σ(n.γ)  2. Be8 4  8.00530513  8.00311081    0+  radioakt.  6.719917E−17  2α=100  920E2  0.49417E7  56.5E6    3. Be7 3  7.01692979  7.01473547    3/2−  radioakt.  4.589568E6  K=100  0.862E6  1.577E7  37.6E6  4.8E4#σ(n.p)  4. Be6 2  6.01972627  6.01753195    0+  radioakt.  502.39E−23  2pα=100  0.1372E7  1.83749E7  26.924E6    5. Be10 6  10.0135331  10.01133878    0+  radioakt.  0.4765134484E13  β−=100  0.556E6  12.606E6  64.978E6  0.305#σ(n.γ)  6. Be11 7  11.02165779  11.01946347    1/2+  radioakt.  13.81  β−=93.8; β−α=3.1; (β−n)=3.1   11.506E6(β−); 284.1E4(β−α); 0.53E5(β−n)  2.01741E7  65.481E6  5.5#σ(n.γ)  7. Be12 8  12.02692073  12.02472641    0+  radioakt.  2.149E-2  β−=99; β−n=1  1.1708E7(β−); 0.8337E7(β−n)  25.0765E6  68.65E6    8. Be13 9  13.03569298  13.03349866    5/2+  radioakt.  26.9919E-19  n=100  10000E1  3.32478E7  68.55E6    9. Be14 10  14.04289238  14.04069806    0+  radioakt.  44E-4  β−=14; β−n=81; β−2n=5  16.291E6(β−); 153.2E5(β−n); 1044.2E4(β−2n)  399.54E5  69.915E6    10. Be15 11  15  14.99780568    0+  radioakt.  0.0000002  (β−n=100)  13970.366E6  0  11.794E7    11. Be16 12  16  15.99780568    0+  radioakt.    n=100  14901.86E6  0  126.012E6      Bor    B    Kernladungszahl Z=5 (p=5)   B(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. B11 6  11.00930537  11.00656247  80.1%  3/2−     stabil      8.6679E6  76.205E6  550E-5#σ(n.γ)  2. B10 5  10.01293621  10.01019331  19.9%  3+     stabil      120.5E5  64.752E6  0.5#σ(n.γ); 3.837E3#σ(n.α)  3. B9 4  9.01332805  9.01058515  %  3/2−  radioakt.  799.819E-19   2αP=15.5; p=84.5  0.276E6(2αP); 18.4E4(p)  124.15E5  56.315E6    4. B8 3  8.02460724   8.02186434    2+  radioakt.  0.770  K/β+=100  1.798E7  229.215E5  3.7737E7     5. B7 2  7.02991785  7.02717495    3/2−  radioakt.  3.49622E−22  XP=100  220.4E4  27.8683E6  2.4719E7    6. B12 7  12.0143521  12.01160921    1+  radioakt.  2.02E-2  β−=98.42; β−3α=1.58  13.369E6(β−); 6.094E6(β−3α)  13.3689E6  7.9575E7    7. B13 8  13.01778025  13.01503735    3/2−  radioakt.  174E-4  β−=100  1.3437E7  16.5622E6  844.53E5    8. B14 9  14.02540328  14.02266038    2-  radioakt.  1.38E-3  ß-=100  20.644E6  23.663E6  854.24E5    9. B15 10  15.03110304  15.02836014    3/2−  radioakt.  1050E-5  ß-=100  0.019099E9  2.89723E7  88.186E6    10. B16 11  16.03980884  16.03706594    (0)  radioakt.  0.99512E−12  n=100  38E3  3.70817E7  8814.8E4    11. B17 12  17.04698989  17.04424699    3/2−  radioakt.  5.08  β−=100  2.2773E7  4.37708E7  895.3E5    12. B18 13  18.05616998  18.05342708    4−  radioakt.  2.6E-2  n=100  48E4  523.22E5  890.5E5    13. B19 14  19.06372988  19.06098698    3/2−  radioakt.  2.92  β−=>12; β−n=72; β−2n=>16  26.943E6(β−); 26.366E6(β−n); 0.22183E8(β−2n)  59.364E6  9.0079E7      Kohlenstoff    C    Kernladungszahl Z=6 (p=6)   C(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. C12 6  12.00000000  11.99670852  98.89%  0+     stabil      0  92.162E6  3.4E-3#σ(n.γ)  2. C13 7  13.00335483  13.00006335  1.10%  1/2-     stabil      31.25E5  9.7108E7  0.0009#σ(n.γ)  3. C14 8  14.003242  13.99995052  0.01%  0+  radioakt.  1808.25048E8  β−=100  1.57E5  3019.9E3  1.05285E8  0.000001#σ(n.γ)  4. C11 5  11.01143357  11.00814209    3/2−  radioakt.  1.223427E3  K/β+=100  0.0198193E8  10.6502961E6  7.343921E7    5. C10 4  10.0168525  10.01356102    0+  radioakt.  19.255  K/β+=100  3.648E6  15.698E6  60.321E6    6. C9 3  9.03103616  9.02774468    3/2−  radioakt.  12.65E-2  Kp2α=38.4; Kp=61.6  16.771E6(Kp2α); 16.679E6(Kp)  0.2891E8  0.39038E8    7. C8 2  8.03767507  8.03438359    0  radioakt.  1.99216E−21  Xp=100  -0.063E6  350.941E5  2.4782E7    8. C15 9  15.01059921  15.00730773    1/2+  radioakt.  2.449  ß-=100  0.9772E7  0.98731E7  106.503E6    9. C16 10  16.01470122  16.01140974    0+  radioakt.  0.747  β−=100  0.0801E8  13.6941E6  11.0753E7    10. C17 11  17.02258522  17.01929374      radioakt.  193E-3  β−=68; β−n=32   13.167E6(β−); 0.7283E7(β−n)  0.21038E8  1.1148E8    11. C18 12  18.02675938  18.0234679    0  radioakt.  0.095  β−=81; β−n≈19;   0.11812E8(β−); 8983E3(β−n)  24.9262E6  115.664E6    12. C19 13  19.03480505  19.03151357      radioakt.  0.049  β−=61; β−n=39  16.559E6(β−); 112.35E5(β−n)  3.24207E7  116.24E6    13. C20 14  20.04031974  20.03702826    0  radioakt.  0.014  β−=80; β−n=20  1.5792E7(β−); 13.624E6(β−n)  37.5576E6  11.9175E7    14. C21 15  21.04934009  21.04604861    1/2+  radioakt.  29.9824E-9  n=100  331E3  45.96368E6  1.18844E8    15. C22 16  22.05719951  22.05390803    0  radioakt.  0.0061  β−n=63; β−2n=37  199.58E5(β−n); 1.5373E7(β−2n)  532.81E5  0.119594E9      Stickstoff    N    Kernladungszahl Z=7 (p=7)   N(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. N14 7  14.00307399  13.99923393  99.634%  1+     stabil      2.8634E6  104.659E6  0.075#σ(n.γ); 1.81#σ(n.p)  2. N15 8  15.00010886  14.9962688   0.366%  1/2-     stabil      10.14E4  1154.92E5  24.0176E-6#σ(n.γ)  3. N13 6  13.00573863  13.00189857    1/2−  radioakt.  597.9  K/β+=100  22.2257E5  53.455E5  941.05E5    4. N12 5  12.01861322  12.01477316    1+  radioakt.  1.10128E-2  K/β+=100  16.316E6  1.73381E7  7.4041E7    5. N11 4  11.02609099  11.02225093    1/2+  radioakt.  5.89616E-16  p=100  1.31633E6  243.035953E5  5.9004977E7    6. N16 9  16.0061017   16.00226164    2-  radioakt.  7.1299888   β−=100  1042.1041E4  5.68369E6  11.7980977E7    7. N17 10  17.0084503  17.00461024    1/2-  radioakt.  4.173  β−=4.9; β−n=95.1  8.68E6(β−); 45.37E5(β−n)  0.78714E7  123.865E6    8. N18 11  18.014079  18.01023894    1-  radioakt.  62.4E-2  β−=73.5; β−α=12.2; β−n=14.3  13.896E6(β−); 7.67E6(β−α); 58m52E5(β−n)  131.145E5  126.693E6    9. N19 12  19.01702856  19.0131885     1/2−  radioakt.  29E-2  β−=37.6; β−n=62.4  125.27E5(β−); 85.72E5(β−n)  15.862E6  13.2017E7    10. N20 13  20.0233658   20.01952574      radioakt.  14.2E-2  β−=33.9; β−n≈66.1  17.968E6(β−); 103.59E5(β−n)  21.7651E6  1.34185E8    11. N21 14  21.02710828  21.02326822    1/2-  radioakt.  0.087  β−=20; β−n=80  1.7188E7(β−); 0.13382E8(β−n)  252.512E5  13.877E7    12. N22 15  22.03439421  22.03055415      radioakt.  0.018  β−=65; β−n=35  0.228E8(β−); 159.5E5(β−n)  0.032038E8  1400.55E5    13. N23 16  23.0412198  23.03737974      radioakt.  145E-4  β−=100   2.3784E7  38.396E6  141.768E6    14. N24 17  24.05103951  24.04719945      radioakt.  5.2  n=100  1.076E6  4.7543E7  140.692E6    15. N16+1 9  16.0061017  16.00226164    2−  radioakt.  0.71299889E-7  (IT=0.15; β−=99.85)  0.120369E6(IT); 10.539825E6(β−)  56.8369E5  1.17980977E8      Sauerstoff    O    Kernladungszahl Z=8 (p=8)   O(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. O16 8  15.99491462  15.99052598  99.762%  0+     stabil      -4.737E6  127.619E6  0.178E-3#σ(n.γ)  2. O17 9  16.99913172  16.99474308   0.038%  5/2+     stabil      -0.8088E6  131.763E6  0.538#σ(n.γ); 0.235#σ(n.α)  3. O18 10  17.99916156  17.99477292  0.200%  0+     stabil      -0.781E6  139.806  0.16E-3σ(n.γ)  4. O15 7  15.00306497  14.99867633    1/2-  radioakt.  122.24  K/β+=100  2.754E6  2.855E6  111.956E6    5. O14 6  14.00859587  14.00420723    0+  radioakt.  70.606  K/β+=100  5.144E6  8.007E6  98.733E6    6. O13 5  13.02481218  13.02042354    3/2−  radioakt.  8.6E-3  K/β+=100  17.767E6  23.1124E6  75.556E6    7. O12 4  12.03440494  12.0300163    0+  radioakt.  1.1E−21  p=100  0.455E6  32.048E6  58.549E6    8. O19 11  19.00358016  18.99919152    5/2+  radioakt.  26.91  ß-=100  4.822E6  3.3349E6  143.761E6  9.51#σ(n.γ)  9. O20 12  20.00407678  19.99968814    0+  radioakt.  13.51  ß-=100  3.814E6  3.7975E6  151.37E6    10. O21 13  21.00865588   21.00426724    5/2+  radioakt.  3.42  ß-=100  8.11E6  8.0629E6  155.176E6    11. O22 14  22.00996678  22.00557814    0+  radioakt.  2.25  ß-=100  6.491E6  9.284E6  162.026E6    12. O23 15  23.01568663  23.01129799    1/2+  radioakt.  83E-3  β−=69; β−n=31  11.283E6(β−); 3.748E6(β−n)  14.612E6  164.77E6    13. O24 16  24.02047249  24.01608385    0+  radioakt.  61E-3  β−=42; β−n=58  11.511E6(β−); 7.67E6(β−n)  19.07E6  168.383E6    14. O25 17  25.0294602  25.02507156    3/2+  radioakt.  50E-9  n=100  0.301E6  27.442E6  168.082E6    15. O26 18  26.03833948  26.03395084    0+  radioakt.  40E-9  n=100  0.2E6  35.713E6  167.883E6      Fluor    F    Kernladungszahl Z=9 (p=9)   F(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. F19 10  18.99840364  18.99346642  100%  1/2+     stabil      -1.487E6  147.801E6  9.51E-3#σ(n.γ)  2. F18 9  18.0009372  17.99599998    1+  radioakt.  6586  K/β+=100  1.654E6  0.873E6  137.37E6    3. F17 8  17.00209524  16.99715802    5/2+  radioakt.  64.49  K/β+=100  2.761E6  1.9517E6  128.22E6    4. F16 7  16.01146577  16.00652855    0  radioakt.  11E−21  p=100  0.536E6  10.6803E6  111.42E6    5. F15 6  15.01800913  15.01307191    1/2+  radioakt.  4.10E−22  p=100  1.479E6  16.7754E6  97.253E6    6. F14 5  14.03505981  14.03012259    2−  radioakt.  (>9E-26)  p=100  2.257E6  32.658E6  73.299E6    7. F20 11  19.99998175  19.99504453    2+  radioakt.  11.163  ß-=100  7.025E6  -0.017E6  154.402E6    8. F21 12  20.9999489  20.99501168    5/2+  radioakt.  4.158  ß-=100  5.684E6  -0.0476E6  162.504E6    9. F22 13  22.00299841  21.99806119    3+  radioakt.  4.23  ß-=100  10.817E6  2.793E6  167.735E6    10. F23 14  23.00357383  22.99863661    5/2+  radioakt.  2.23  ß-=100  8.483E6  3.329E6  175.27E6    11. F24 15  24.00811492  24.0031777      radioakt.  340E-3  ß-=100  13.51E6  7.559E6  179.112E6    12. F25 16  25.01210174  25.00716452    5/2+  radioakt.  50E-3  β−=86; β−n=14  13.381E6(β−); 9.152E6(β−n)  11.2727E6  183.469E6    13. F26 17  26.01961558  26.01467837    1+  radioakt.  9.6E-3  β−=89; β−n=11  17.842(β−); 12.309(β−n)  18.2718E6  184.541E6    14. F27 18  27.02676013  27.02182291    5/2+  radioakt.  5E-3  β−=21.79; β−n=78.21  17.857E6(β−); 16.426E6(β−n)  24.9269E6  185.958E6    15. F28 19  28.03566958  28.03073236    6/2  radioakt.  40E-9  n=100  0.288E6  33.226E6  185.73E6    16. F29 20  29.04325954  29.03832232    5/2+  radioakt.  2.5E-3  β−=100  20.981E6  40.296E6  186.731E6    17. F30 21  30.05249953  30.04756231    1/2  radioakt.  260E-9  n=100  0.536E6  48.903E6  186.196E6    18. F31 22  31.06042873  31.05549151    (4/2−)  radioakt.  250E-9  n=100  -0.685E6  56.289E6  186.881E6      Neon    Ne    Kernladungszahl Z=10 (p=10)   Ne(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. Ne20 10  19.99244021  19.98695441  90.48%  0+     stabil      -7.0419E6  160.645E6  37E-3#σ(n.γ)  2. Ne22 12  21.99138588  21.98590008  9.25%  0+     stabil      -8.024E6  177.77E6  48E3#σ(n.γ)  3. Ne21 11  20.99384666  20.98836086  0.27%  3/2+     stabil      -5.7318E6  167.406E6  0.692#σ(n.γ)  4. Ne19 9  19.00188021  18.99639441    1/2+  radioakt.  17.22  K/β+=100  3.238E6  1.7513827E6  143.78092E6    5. Ne18 8  18.00570825  18.00022245    0+  radioakt.  1.672  K/β+=100  4.444E6  5.3172E6  132.143E6    6. Ne17 7  17.0176715  17.0121857    1/2-  radioakt.  109.2E-3  Kp=100   13.909E6  16.4609E6  112.928E6    7. Ne16 6  16.0257613  16.0202755    0+  radioakt.  9zs  p=100  --0.068E6  23.9965E6  97.321E6    8. Ne23 13  22.99446695  22.98898115    5/2+  radioakt.  37.24  ß-=100  4.376E6  -5.154E6  182.971E6    9. Ne24 14  23.99361134  23.98812554    0+  radioakt.  203  ß-=100  2.467E6  -5.951E6  191.839E6    10. Ne25 15  24.99773686  24.99225106    3/2+  radioakt.  602E-3  ß-=100  7.25E6  -2.1081E6  196.068E6    11. Ne26 16  26.00046119  25.9949754    0+  radioakt.  192E-3  β−=100  7.292E6  0.4296E6  201.600998E6    12. Ne27 17  27.00758985  27.00210405    3/2+  radioakt.  32E-3  β−=98; β−n=2.0  12.587E6(β−); 5.861E6(β−n)  7.0699E6  203.032E6    13. Ne28 18  28.01207093  28.00658513    0+  radioakt.  17E-3  β−=84.5; β−n=11.9; β−2n=3.6  12.233E6(β−); 8.69E6(β−n); 1.964E6(β−2n)  11.244E6  206.93E6    14. Ne29 19  29.01938499  29.01389919    3/2+  radioakt.  14.8E-3  β−<100; β−n=27.0; β−n>0  15.392E6(β−); 10.975E6(β−n); 7.432E6(β−2n)  18.057E6  208.188E6    15. Ne30 20  30.02480102  30.01931522    0+  radioakt.  7.3E-3  β−=78.1; β−n=13; β−2n=8.9  14.741E6(β−=); 12.366E6(β−n); 7.949E6(β−2n)  23.102E6  211.214E6    16. Ne31 21  31.03311025  31.02762445      radioakt.  3.4E-3  β−=68.87; β−n=31.13  18.188(β−); 14.41(β−n)  30.842E6  211.546E6    17. Ne32 22  32.04001958  32.03453378    0+  radioakt.  3.5E-3  ß-=73.5; ß-n=46.5  18.214E6(ß-); 16.553E6(ß-n)  37.278E6  213.181E6    18. Ne33 23  33.04937981  33.04389401    7/2−  radioakt.  1E-9  n=100  0.684E6  45.997E6  212.533E6    19. Ne34 24  34.05702774  34.05154194    0+  radioakt.  1E-3  β−>60.1; β−n<39.9  --0.947E6(β−); 20.161E6(β−n)  53.121E6  213.48E6      Natrium    Na    Kernladungszahl Z=11 (p=11)   Na(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. Na23 12  22.98976923  22.98373485  100%  3/2+     stabil      -9.5299E6  186.565E6  0.57#σ(n.γ); 0.4#σ(n.it)  2. Na22 11  21.99443689   21.98840252    3+  radioakt.  2.6019a  K/β+=100  2.842E6  -5.182E6  174.145E6  2.83E3#σ(n.γ)  3. Na21 10  20.99765538  20.991621    3/2+  radioakt.  22.49  K/β+=100  3.548E6  -2.184E6  163.076E6    4. Na20 9  20.00735131  20.00131693    2+  radioakt.  447.9E-3  K/β+=79.95; Kα=20.5  13.89E6(K/β+); 9.16E6(Kα)  6.8477E6  145.973E6    5. Na24 13  23.99096291  23.98492853    4+  radioakt.  53852.4  ß-=100  5.516E6  -8.418E6  193.524E6    6. Na25 14  24.98995399  24.98391961    5/2+  radioakt.  59.1  ß-=100  3.835E6  -9.3578E6  202.535E6    7. Na26 15  25.99263302  25.98659864    3+  radioakt.  1.077  ß-=100  9.352E6  -6.8623E6  208.111E6    8. Na28 17  27.99893805  27.99290367    1+  radioakt.  30.5E6  ß-=99.42; β−n=0.58  14.029E6(β−); 5.525E6(β−n)  -0.9892E6  218.38E6    9. Na29 18  29.002861  28.99682662    3/2  radioakt.  44.9E-3  ß-=78.5; β−n=21.5  13.284E6(β−); 9.612E6(β−n)  2.665E6  222.798E6    10. Na30 19  30.0089759  30.00294152    2+  radioakt.  48E-3  β−=68.85; β−n=30; β−2n=1.15; β−α=5.5E−5  17.271E6(β−); 10.909E6(β−n); 7.237E6(β−2n); 5.740E6(β−α)  8.361E6  225.173E6    11. Na31 20  31.01358463  31.00755025    3/2+  radioakt.  17.0E-3  β−=61.93; β−n=37; β−2n=0.9  15.871E6(β−); 13.493E6(β−n); ?  12.654E6  228.951E6    12. Na32 21  32.02046605  32.01443167    3-  radioakt.  13.2E-3  β−=68; β−n=24; β−2n=8  20.019E6(β−); 14.21E6(β−n); 11.831E6(β−2n)  19.064E6  230.612E6    13. Na33 22  33.02671944  33.02068506    3/2+  radioakt.  8.2E-3  β−=40; β−n=47; β−2n=13  19.995E6(β−); 17.772E6(β−n); 11.963E6(β−2n)  24.889E6  232.859E6    14. Na34 23  34.03517038  34.029136    (1/2−)  radioakt.  5.5  β−=85; β−n=15  23.953E6(β−); 19.796E6(β−n)  32.761E6  233.058E6    15. Na35 24  35.04249303  35.03645865    ()  radioakt.  1.5E-3  ß-=50; β−n=50  23.43E6(β−); 22.703E6(β−n)  39.582E6  234.308E6    16. Na36 25  36.05147966  36.04544529      radioakt.  100E-9  n=100  0.3E6  47.953E6  234.009E6    17. Na37 26  37.05934016  37.05330578    3/2+  radioakt.  1E-3  ß-=<100; β−n=>0  -0.749E6(ß-); 25.78E6(ß-n)  55.275E6  234.758E6    18. Na24+1 13  23.99096291  23.98492853    1+  radioakt.  20.20E-3  IT=99.95; β−=0.05  0.472E6(IT); 5.988E6(β−)  -8.418E6  193.524E6      Magnesium    Mg    Kernladungszahl Z=12 (p=12)   Mg(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. Mg24 12  23.98504231  23.97845935  78.99%  0+     stabil      -13.933E6  198.257E6  52#σ(n.γ)  2. Mg26 14  25.98259291  25.97600995  11.01%  0+     stabil      -16.2146E6  216.681E6  38.2#σ(n.γ)  3. Mg25 13  24.98583695  24.97925399  10.00%  5/2+     stabil      -13.1928E6  205.588E6  0.18#σ(n.γ)  4. Mg23 11  22.99412449  22.98754153    3/2+  radioakt.  11.317  K/β+=100  4.057E6  -5.473E6  181.725E6    5. Mg22 10  21.99957488  21.99299192    0+  radioakt.  3.8755  K/β+=100  4.786E6  -0.396E6  168.577E6    6. Mg21 9  21.0117129  21.00512994    5/2+  radioakt.  122E-3  K/β+=66.9; Kp=32.6; Kα=0.5  13.094E6(K/β+); 10.663E6(Kp); 6.534E6(Kα)  10.9105E6  149.199E6    7. Mg20 8  20.01886249  20.01227953    0+  radioakt.  908E-3  K/β+=73; Kp=27  10.723E6(K/β+); 8.53E6(Kp)  17.5703E6  134.468E6    8. Mg27 15  26.98434128  26.97775833    1/2+  radioakt.  567.48  ß-=100  2.61E6  -14.586E6  223.124E6  70E-3#σ(n.γ)  9. Mg28 16  27.98387687  27.97729391    0+  radioakt.  75294  ß-=100  1.832E6  -15.0186E6   231.627E6    10. Mg29 17  28.98860003  28.98201708    3/2+  radioakt.  1.3  ß-=100  7.596E6  -10.619E6  235.299E6    11. Mg30 18  29.99043472  29.98385176    0+  radioakt.  335E-3  ß-=100  6.962E6  -8.91E6  241.662E6    12. Mg31 19  30.99654641  30.98996345    1/2+  radioakt.  232E-3  ß-=98.3; β−n=1.7  11.737E6(β−); 4.584E6(β−n)  -3.217E6  244.04E6    13. Mg32 20  31.99897498  31.99239202    0+  radioakt.  86E-3  ß-=94.5; β−n=5.5  10.106E6(β−); 5.927E6(β−n)  -0.9548E6  249.849E6    14. Mg33 21  33.00525393  32.99867097    3/2+  radioakt.  90.5E-3  ß-=83; β−n=17  13.423E6(β−); 7.884E6(β−n)  4.894E6  252.071E6    15. Mg34 22  34.00945578  34.00287282    0+  radioakt.  20E-3  ß-=90; β−n=10  11.741E6(β−); 9.266E6(β−n)  8.808E6   256.229E6    16. Mg35 23  35.01733989  35.01075693    7/2-  radioakt.  70E-3  ß-=48; β−n=52  16.282E6(ß-); 11.013E6(ß-n)  16.152E6  256.956E6    17. Mg36 24  36.02299961  36.01641665    0+  radioakt.  3.9E-3  ß-=60; β−n=40  15.642E6(β−); 13.483E6(β−n)  21.424E6  259.755E6    18. Mg37 25  37.03140009  37.02481714    7/2-  radioakt.  40E-3  ß-=<100; β−n=>0  19.303E6(β−); 15.396E6(β−n)  29.249E6  260.002E6    19. Mg38 26  38.03756975  38.03098679    0+  radioakt.  1E-3  ß-=>0; β−n=<100  18.946E6(β−); 16.978E6(β−n)  34.996E6  262.326E6    20. Mg39 27  39.04677217  39.04018921    7/2−  radioakt.  180E-9  n=100  19.447E6  43.568E6  261.825E6    21. Mg40 28  40.05392949  40.04734653    0+  radioakt.  1E−3  ß-=>0; β−n=>0  20.94E6(β−); 20.768E6(β−n)  50.235E6  263.23E6      Aluminium    Al    Kernladungszahl Z=13 (p=13)   Al(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. Al27 14  26.98153933  26.9744078  100%  5/2+     stabil      -17.196E6  224.951E6  0.23#σ(n.γ)  2. Al26 13  25.9868917  25.97976016    5+  radioakt.  7.17E5a  K/β+=100  4.004E6  -12.2103E6  211.894E6    3. Al25 12  24.99042807  24.98329653    5/2+  radioakt.  7.183  K/β+=100  4.277E6  -8.9162E6  200.529E6    4. Al24 11  23.99993988  23.99280834    4+  radioakt.  2.053  K/β+=99.96; Kp=1.6E-3; Kα=0.04  13.877E6(K/β+); 2.185E6(Kp); 4.561E6(Kα)  -0.056E6  183.597E6    5. Al23 10  23.00726682  23.00013528    5/2+  radioakt.  0.470  K/β+=99.53; Kp=0.47  12.242E6(K/β+); 4.662E6(Kp)  6.769E6  168.701E6    6. Al22 9  22.01952025  22.01238872    3+  radioakt.  59E-3  K/β+=61.21; Kp=60; K2p=0.9; Kα=0.31  18.579E6(K/β+); 13.078E6(Kp); 10.647E6(2Kp); 10.441E6(Kα)  18.183E6  149.216E6    7. Al21 8  21.0280399  21.02090836    5/2+  radioakt.  100E−12  p=100  1.26E6  26.119E6  133.208E6    8. Al28 15  27.98191035  27.97477881    3+  radioakt.  134.484  ß-=100  4.642E6  -16.8504E6  232.677E6    9. Al29 16  28.98044507  28.97331353    5/2+  radioakt.  394  ß-=100  3.680E6  -18.2153E6  242.113E6    10. Al30 17  29.98296028  29.97582874    3+  radioakt.  3.6  ß-=100  8.561E6  -15.8724E6  247.842E6    11. Al31 18  30.98394665  30.97681511      radioakt.  644E-3  ß-=100  7.995E6  -14.9536E6  254.994E6    12. Al32 19  31.98812553  31.98099399    1+  radioakt.  33E-3  ß-=99.3; β−n=0.7  13.019E6(ß-); 3.817E6(ß-n)  -11.061E6  259.173E6    13. Al33 20  32.99084374  32.9837122    5/2+  radioakt.  41.7E-3  ß-=91.5; β−n=8.5  11.963E6(ß-); 7.48E6(β−n)  -8.529E6  264.712E6    14. Al34 21  33.99685183  33.98972029      radioakt.  42E-3  ß-=73; β−n=27  17.024E6(β−); 9.488E6(β−n)  -2.9325E6  267.187E6    15. Al35 22  34.99986022  34.99272869      radioakt.  38.6E-3  ß-=59; β−n=41  14.23E6(β−); 11.755E6(β−n)  -0.1302E6  272.456E6    16. Al36 23  36.00620723  35.99907569      radioakt.  90E-3  ß-=70; β−n=30  18.264E6(ß-); 12.071E6(β−n)  5.782E6  274.615E6    17. Al37 24  37.01067779  37.00354625      radioakt.  10.7E-3  ß-=85; β−n=15  16.526E6(ß-); 14.357E6(β−n)  9.9463E6  278.522E6    18. Al38 25  38.01723038  38.01009885      radioakt.  7.6E-3  ß-<100; β−n>0  21.117E6ß-; 14.559E6(β−n)  16.05E6  280.49E6    19. Al39 26  39.02296955  39.01583801      radioakt.  7.6E-6  ß-<100; β−n>0  19.468E6(ß-); 17.392E6(β−n)  21.396E6  283.215E6    20. Al40 27  40.03144948  40.02431794      radioakt.  <260E-9  ß-=<100; β−n=>0  23.828E6(ß-); 19.296E6(β−n)  29.295E6  283.387E6    21. Al41 28  41.03832982  41.03119828      radioakt.  <260E-9  ß-=<100; β−n=>0  22.141E6(ß-); 22.166E6(β−n)  35.704E6  285.05E6    22. Al42 29  42.04689026  42.03975872      radioakt.  <170E−9  ß-=<100; β−n=>0  25.244E6(ß-); 22.044E6(β−n)  43.678E6  285.147E6    23. Al26+1 13  25.9868917  25.97976016    0+  radioakt.  6.3452   K/β+=100  4.232E6  -12.2103E6  211.894E6    24. Al24+1 11  23.99993988  23.99280834    1+  radioakt.  131.3E-3  IT=82; K/β+=18; Kα=0.028  0.462E6(IT); 14.304E6(K/β+); 4.988E6(Kα)  -0.056E6  183.597E6      Silizium    Si    Kernladungszahl Z=14 (p=14)   Si(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. Si28 14  27.97692653  27.96924641  92.23%  0+     stabil      -21.4928E6  236.537E6  0.177#σ(n.γ)  2. Si29 15  28.97649475  28.96881463  4.683%  1/2+     stabil      -21.895E6  245.011E6  0.119#σ(n.γ)  3. Si30 16  29.9737702  29.96609008   3.087%  0+     stabil      -24.4329E6  255.62E6  0.107#σ(n.γ)  4. Si27 13  26.98670523  26.97902511    5/2+  radioakt.  4.16  K/β+=100  4.821E6  -12.384E6  219.357E6    5. Si26 12  25.99232996  25.98464984    0+  radioakt.  2.234  K/β+=100  5.066E6  -7.1446E6  206.046E6    6. Si25 11  25.00410556  24.99642544    5/2+  radioakt.  220E-3  K/β+=<100; Kp=>0  12.741E6(K/β+); 10.468E6(Kp)  3.8243E6  187.006E6    7. Si24 10  24.01154489  24.00386478    0+  radioakt.  140E-3  K/β+=62; Kp=38  10.810E6(K/β+); 8.938E6(Kp)  10.754E6  172.005E6    8. Si23 9  23.02552029  23.01784017    5/2+  radioakt.  42.3E-3  K=25.5; β+p=71; β+2p=3.6  17.003E6(K); 16.879E6(β+p); 11.378E6(β+2p)  23.772E6  150.916E6    9. Si22 8  22.03452948  22.02684936    0+  radioakt.  29E-3  K/β+=68; Kp=32  13.981E6(K/β+); 13.965E6(Kp)  32.164E6  134.452E6    10. Si31 17  30.97536323  30.96768312    3/2+  radioakt.  9438  ß-=100  1.491E6  -22.949E6  262.207E6  73E-3#σ(n.γ)  11. Si32 18  31.97414906  31.96646894    0+  radioakt.  153a  ß-=100  0.225E6  -24.08E6  271.409E6    12. Si33 19  32.97800093  32.97032081    3/2+  radioakt.  6.11  ß-=100  5.845E6  -20.492E6  275.893E6    13. Si34 20  33.97857549  33.97089537    0+  radioakt.  2.77  ß-=100  4.6E6  -19.9568E6  283.429E6    14. Si35 21  34.98458358  34.97690346      radioakt.  780E-3  ß-=100  10.497E6  -14.3603E6  285.904E6    15. Si36 22  35.98660002  35.9789199    0+  radioakt.  0.45  ß-=<100; β−n=>0  7.769E6(β−); 4.304E6(β−n)  -12.482E6  292.097E6    16. Si37 23  36.99293608  36.98525596    7/2-  radioakt.  90E-3  ß-=83; β−n=17  12.414E6(ß-); 5.6E6(β−n)  -6.58E6  294.266E6    17. Si38 24  37.9956339  37.98795378    0+  radioakt.    ß-=100; β−n=>0  10.69E6(ß-); 6.856E6(β−n)  -4.067E6  299.824E6    18. Si39 25  39.00206979  38.99438967      radioakt.  47.5E-3  ß-=<100; β−n=>0  14.801E6(ß-); 8.614E6(β−n)  1.928E6  301.901E6    19. Si40 26  40.00586907  39.99818895    0+  radioakt.  33E-3  ß-=<100; β−n=>0  13.547E6(ß-); 10.269E6(β−n)  5.467E6  306.433E6    20. Si41 27  41.01456005  41.00687993      radioakt.  20E-3  ß-=<100; β−n=>0  18.839(ß-); 13.598E6(β−n)  13.5626E6  306.409E6    21. Si42 28  42.01978971  42.01210959    0+  radioakt.  12.5E-3  ß-=<100; β−n=>0  17.495E6(ß-); 15.639E6(β−n)  18.434E6  309.609E6    22. Si43 29  43.02866041  43.02098029      radioakt.  60E-9  ß-=<100; β−n=>0  20.932E6(ß-); 17.687E6(β−n)  26.697E6  309.417E6    23. Si44 30  44.03525949  44.02757937    0+  radioakt.  360E-9  ß-=<100; β−n=>0  20.744E6(ß-); 19.008E6(β−n)  32.844E6  311.341E6      Phosphor    P    Kernladungszahl Z=15 (p=15)   P(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. P31 16  30.97376258  30.96553388  100%  1/2+     stabil      -24.44E6  262.916E6  0.165#σ(n.γ)  2. P30 15  29.97831376  29.97008506    1+  radioakt.  149.88  K/β+=100  4.232E6  -20.2006E6  250.605E6    3. P29 14  28.98180128  28.97357258     1/2+  radioakt.  4.142  K/β+=100  4.943E6  -16.952E6  239.285E6    4. P28 13  27.99231471  27.98408601    3+  radioakt.  270.3E-3  K/β+=99.999; Kp=1.3E-3; Kα=8.6E-4  14.334E6(K/β+); 2.748E6(Kp); 4.349E6(Kα)   -7.1588E6  221.421E6    5. P27 12  26.99923027  26.99100157    1/2+  radioakt.  260E-3  K/β+=99.93; Kp=0.07  11.667E6(K/β+); 4.204E6(Kp)  -0.717E6  206.908E6    6. P26 11  26.01178  26.0035513    3+  radioakt.  43.7E-3  K/β+=<1000; Kp=>0  18.118E6(K/β+); 12.6E6(Kp);  10.973E6  187.146E6    7. P25 10  25.02025993  25.01203123    1/2+  radioakt.    p<100; 2p>0  0.829E6(p); 11.639E6(2p)  18.872E6  171.176E6    8. P32 17  31.97390729  31.9656786    1+  radioakt.  14.262d  ß-=100  1.71E6  -24.3052E6  270.852E6    9. P33 18  32.97172607  32.96349737    1/2+  radioakt.  25.34d  ß-=100  0.249E6  -26.337E6  280.955E6    10. P34 19  33.97363698  33.96540828    1+  radioakt.  12.43  ß-=100  5.374E6  -24.557E6   287.247E6    11. P35 20  34.97331416  34.96508546    1/2+  radioakt.  47.3  ß-=100  3.989E6  -24.8577E6  295.619E6    12. P36 21  35.97825966  35.97003096    4-  radioakt.  5.6  ß-=100  10.413E6  -20.251E6  299.083E6    13. P37 22  36.97960899  36.9713803    1/2+  radioakt.  2.31  ß-=100  7.902E6  -18.9941E6  305.898E6    14. P38 23  37.98415771  37.97592901    4−  radioakt.  0.640  ß-=88; β−n=12  12.104E6(β−); 4.068E6(β−n)  -14.757E6  309.732E6    15. P39 24  38.98618027  38.97795157    1/2+  radioakt.  280E-3  ß-=74; β−n=26  10.289E6(β−); 5.917E6(β−n)  -12.873E6  315.919E6    16. P40 25  39.99129699  39.98306829    2−  radioakt.  125E-3  ß-=84.2; β−n=15.8  14.76E6(β−); 6.984E6(β−n)  -8.1068E6  319.225E6    17. P41 26  40.99433598  40.98610728    1/2+  radioakt.  0.1  ß-=70; β−n=30  13.743E6(β−); 9.519E6(β−n)  -5.276E6  324.465E6    18. P42 27  42.00100795  41.99277925      radioakt.  48.5E-3  ß-=50; β−n=50  18.616E6(β−); 11.887E6(β−n)  0.9389E6  326.321E6    19. P43 28  43.00618898  42.99796028    1/2+  radioakt.  36.5E-3  ß-=100  15.371E6  5.765E6  329.567E6    20. P44 29  44.01298988  44.00476119      radioakt.  18.5E-3  ß-=<100; β−n=>0  21.216E6(ß-);15.994E(β−n)  12.1E6  331.303E6    21. P45 30  45.01921966  45.01099096    1/2+  radioakt.  <200E-9  ß-<100; ß-n>0  21.155E6(ß-);18.948E(β−n)  17.903E6  333.571E6    22. P46 31  46.02737967  46.01915097      radioakt.  <200E-9  ß-<100; β−n>0  24.805E6(ß-);20.685E(β−n)  25.504E6  334.042E6      Schwefel    S    Kernladungszahl Z=16 (p=16)   S(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. S32 16  31.97207175  31.96329447  95.02%  0+     stabil      -26.015E6  271.78E6  0.53#σ(n.γ); 4E-3#σ(n.α)  2. S34 18  33.96786775  33.95909047  4.21%  0+     stabil      -29.931E6  291.838E6  0.24#σ(n.γ)  3. S33 17  32.97145875  32.96268148  0.75%  3/2+     stabil      -26.586E6  280.422E6  2E-3#σ(n.γ); 0.14#σ(n.α)  4. S36 20  35.96708084  35.95830356  0.02%  0+     stabil      -30.664E6  308.714E6  0.15#σ(n.γ)  5. S35 19  34.96903211  34.96025484    3/2+  radioakt.  87.32d  ß-=100  0.167E6  -28.8464E6  298.825E6    6. S31 15  30.97955542  30.97077815    1/2+  radioakt.  2.572  K/β+=100  5.396E6  -19.044E6  256.738E6    7. S30 14  29.98490328  29.97612601    0+  radioakt.  1.178  K/β+=100  6.138E6  -14.0625E6  243.685E6    8. S29 13  28.99660803  28.98783075    5/2+  radioakt.  187E-3  K/β+=53; Kp=47  13.792E6(K/β+); 11.044E6(Kp)  -3.1596E6  224.71E6    9. S28 12  28.00437255  27.99559527    0+  radioakt.  125E-3  K/β+=79.3; Kp=20.7  11.232E6(K/β+); 9.168E6(Kp)  4.073E6  209.407E6    10. S27 11  27.01883319  27.01005591    5/2+  radioakt.  15.5E-3  K/β+=96.6; Kp=2.3; K2p=1.1  18.26E6(K/β+); 17.399E6(Kp); 11.881E6(K2p)  17.543E6  187.865E6    11. S26 10  26.02787994   26.01910266    0+  radioakt.  10E-3  K/β+>0; Kp>0; K2p>0  14.997E6(K/β+); 14.857E6(Kp); 11.448E6(K2p)  25.97E6  171.367E6    12. S37 21  36.97112553  36.96234825    7/2-  radioakt.  303  ß-=100  4.865E6  -26.8964E6  313.018E6    13. S38 22  37.97116353  37.96238625    0+  radioakt.  10218  ß-=100  2.937E6  -26.861E6  321.054E6    14. S39 23  38.97513457  38.96635729    7/2−  radioakt.  11.5  ß-=100  6.638E6  -23.162E6  325.426E6    15. S40 24  39.97545169  39.96667442    0+  radioakt.  8.8  ß-=100  4.691E6  -22.8666E6  333.202E6    16. S41 25  40.97958216  40.97080488    7/2-  radioakt.  1.99  ß-=100  8.288E6  -19.0191E6  337.426E6    17. S42 26  41.98102242  41.97224514     0+  radioakt.  1.013  ß-=100  7.235E6  -17.6775E6  344.156E6    18. S43 27  42.98715483  42.97837755      radioakt.  280E-3  ß-=60; β−n=40  12.203E6(β−); 4.876E6(β−n)   -11.9652E6  346.515E6    19. S44 28  43.99021357  43.98143629    0+  radioakt.  100E-3  ß-=82; β−n=18  11.115E6(β−); 6.981E6(β−n)  -9.116E6  351.737E6    20. S45 29  44.99650883  44.98773156      radioakt.  68E-3  ß-=46; β−n=54  15.11E6(β−); 8.908E6(β−n)  -3.252E6  353.944E6    21. S46 30  46.00075041  45.99197313    0+  radioakt.  50E-3  ß-<100; β−n>0  15.407E6(ß-); 10.99E6(β−n)  0.699E6  358.064E6    22. S47 31  47.00858996  46.99981269    3/2−  radioakt.  20E-3  ß-<100; β−n>0  18.519E6(ß-); 14.638E6(β−n)  8.0015E6  358.833E6    23. S48 32  48.01416971  48.00539243    0+  radioakt.  <200E-9  ß-<100; β−n>0  17.903E6(ß-); 15.645E6(β−n)  13.199E6  361.707E6    24. S49 33  49.02362001  49.01484273    3/2−  radioakt.  <200E-9  n=100  18.635E6  22.0019E6  360.975E6      Chlor    Cl    Kernladungszahl Z=17 (p=17)   Cl(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. Cl35 18  34.96885273  34.95952687  75.77%  3/2+     stabil      -29.0135E6  298.21E6  43.6#σ(n.γ); 0.489#σ(n.p); 80E-6#σ(n.α)  2. Cl37 20  36.96590263  36.95657677  24.23%  3/2+     stabil      -31.7615E6  317.101E6  0.428#σ(n.γ); 0.47E-3#σ(n.it)  3. Cl36 19  35.96830694  35.95898108    2+  radioakt.  3.01E5a   β−=98.10; K/β+=1.90  0.709E6(β−); 1.142E6(K/β+)  -29.5219E6  306.79E6    4. Cl34 17  33.97376365  33.9644378    0+  radioakt.  1.5264   K/β+=100  5.492E6  -24.439E6  285.564E6    5. Cl33 16  32.97745192  32.96812606    3/2+  radioakt.  2.511  K/β+=100  5.583E6  -21.0034E6  274.057E6    6. Cl32 15  31.98568987  31.97636401    1+  radioakt.  298E-3  K/β+=99.92; Kα=0.05; Kp=0.03  12.685E6(K/β+); 5.738E6(Kα); 3.821E6(Kp)  -13.3298E6  258.312E6    7. Cl31 14  30.99241305  30.98308719    3/2+  radioakt.  150E-3  K/β+=99.3; Kp=0.7  1.977E6(K/β+); 5.844E6(Kp)  -7.0672E6  243.978E6    8. Cl30 13  30.00476976  29.9954439     3+  radioakt.  30E-9  p=100  0.314E6  4.443E6  224.397E6    9. Cl29 12  29.01410959  29.00478373    3/2+  radioakt.  20E-9  p=100  1.781E6  13.143E6  207.626E6    10. Cl38 21  37.96801053  37.95868467    2-  radioakt.  2234.4  ß-=100  4.917E6  -29.798E6  323.208E6    11. Cl39 22  38.96800838  38.95868252    3/2+  radioakt.  3336  ß-=100  3.442E6  -29.8E6  331.282E6    12. Cl40 23  39.97041548  39.96108963    2-  radioakt.  81  ß-=100  7.482E6  -27.5578E6  337.111E6    13. Cl41 24  40.97068473  40.96135887    1/2+  radioakt.  38.4   ß-=100  5.76E6  -27.307E6  344.931E6    14. Cl42 25  41.97325479  41.96392894      radioakt.  6.8  ß-=100  9.51E6  -24.913E6  350.609E6    15. Cl43 26  42.97405458  42.96472873    1/2+  radioakt.  3.13  ß-=100  7.842E6  -24.168E6  357.935E6    16. Cl44 27  43.97828102  43.96895516      radioakt.  560E-3  β−=92; β−n=8   12.442E6(β−); 3.707E6(β−n)  -20.2311E6  362.069E6    17. Cl45 28  44.98028758  44.97096172    1/2+  radioakt.  413E-3  ß-=76; β−n=24  10.408E6(β−); 6.24E6(β−n)  -18.362E6  368.272E6    18. Cl46 29  45.98420999  45.97488413      radioakt.  232E-3  ß-=40; β−n=60  15.012E6(β−); 6.99E6(β−n)  -14.7083E6  372.689E6    19. Cl47 30  46.98870954  46.97938368      radioakt.  101E-3  ß-=>97; β−n=<3  15.39E6(β−); 11.132E6(β−n)  -10.517E6  376.569E6    20. Cl48 31  47.99495005  47.98562419      radioakt.  <200E-9  ß-<100; β−n>0  19.012E6(ß-); 13.132E6(β−n)  -4.704E6  378.828E6    21. Cl49 32  49.00031992  48.99099406      radioakt.  <170E−9  ß-<100; β−n>0  18.444E6(ß-); 15.943E6(β−n)  0.298E6  381.897E6    22. Cl50 33  50.00784009  49.99851423      radioakt.  20E-3  ß-<100; β−n>0  21.806E6(ß-); 17.378E6(β−n)  7.303E6  382.963E6    23. Cl51 34  51.01448963  51.00516377    3/2+  radioakt.  <200E-9  ß-<100; β−n>0  21.294E6(ß-); 19.929E6(β−n)  13.497E6  384.841E6    24. Cl34+1 17  33.97376365  33.9644378    3+  radioakt.  1920  K/β+=55.4; IT=44.6  5.638E6(K/β+); 0.146E6(IT)  -24.439E6  285.564E6    25. Cl38+1 21  37.96801053  37.95868467    5-  radioakt.  715E-3  IT=100  0.671E6  -29.798E6  323.208E6      Argon    Ar    Kernladungszahl Z=18 (p=18)   Ar(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. Ar40 22  39.96238312  39.95250868  99.6%  0+     stabil      -35.0399E6  343.811E6  0.66#σ(n.γ)  2. Ar36 18  35.96754569  35.95767125  0.3365%  0+     stabil      -30.231E6  306.716E6  5.2#σ(n.γ); 5.5E-3#σ(n.α)  3. Ar38 20  37.96273299  37.95285855  0.0632%  0+     stabil      -34.714E6  327.342E6  0.8#σ(n.γ)  4. Ar39 21  38.96431324  38.95443881  1E-13%  7/2-  radioakt.  8488878654.275424  ß-=100  0.564681E6  -33.242E6  333.941E6  0.59E3#σ(n.γ)  5. Ar37 19  36.96677628  36.95690184    3/2+  radioakt.  35.04d  K=100  0.814E6  -30.9477E6  315.504E6  69#σ(n.p); 1.97E3#σ(n.α)  6. Ar35 17  34.9752576  34.96538316    3/2+  radioakt.  1.775   K/β+=100  5.966E6  -23.0474E6  291.462E6    7. Ar34 16  33.98027126  33.97039683    0+  radioakt.  844.5E-3  K/β+=100  6.062E6  -18.3772E6  278.72E6    8. Ar33 15  32.98992586  32.98005142    1/2+  radioakt.  173E-3  K/β+=61.3; Kp=38.7  11.619E6(K/β+); 9.342E6(Kp)  -9.384E6  261.655E6    9. Ar32 14  31.9976382  31.98776376    0+  radioakt.  98E-3  K/β+=57; Kp=43  11.13E6(K/β+); 9.555E6(Kp)  -2.2E6  246.4E6    10. Ar31 13  31.01212353  31.0022491    5/2+  radioakt.  14.4E-3  K/β+=29.39; Kp=63; K2p=7.2; K3p=1.1E-3; Kα=0.03; Kpα=0.38  18.36E6(K/β+); 18.067E6(Kp); 13.667E6(K2p); 10.919E6(K3p); 9.585E6(Kα); 8.724E6(Kpα)  11.293E6  224.836E6    11. Ar30 12  30.02155999  30.01168555    0+  radioakt.  20E-9  p =100  -0.349E6  20.083E6  207.975E6    12. Ar41 23  40.96450058  40.95462614    7/2-  radioakt.  6560.4  ß-=100  2.492E6  -33.0675E6  349.91E6  0.5#σ(n.γ)  13. Ar42 24  41.96304571  41.95317127    0+  radioakt.  32.9a  ß-=100  0.599E6  -34.4227E6  359.336E6    14. Ar43 25  42.96563607  42.95576163    5/2−  radioakt.  322  ß-=100  4.583E6  -32.0098E6  364.994E6    15. Ar44 26  43.96492398  43.95504954    0+  radioakt.  712  ß-=100  3.136E6  -32.6731E6  373.729E6    16. Ar45 27  44.96804059  44.95816615    5/2−  radioakt.  21.48  ß-=100  6.838E6  -29.77E6  378.897E6    17. Ar46 28  45.96809416  45.95821972    0+  radioakt.  8.4  ß-=100  5.698E6  -29.7201E6  386.919E6    18. Ar47 29  46.97218769  46.96231325    3/2−  radioakt.  1.23  ß-=100  9.789E6  -25.907E6  391.177E6    19. Ar48 30  47.97453983  47.96466539    0+  radioakt.  475E-3  ß-<100; β−n>0  8.408E6(ß-); 3.909E6(β−n)  -23.716E6  397.057E6    20. Ar49 31  48.98051947  48.97064503    3/2−  radioakt.  170E-3  ß-=>0; β−n=65  12.173E6(ß-); 5.907E6(β−n)  -18.146E6  399.559E6    21. Ar50 32  49.98443039  49.97455595    0+  radioakt.  <170E−9  ß-=>0; β−n=35  10.849E6(ß-); 7.745E6(β−n)  -14.503E6  403.987E6    22. Ar51 33  50.99162958  50.98175514    5/2−  radioakt.  <200E-9  ß-<100; β−n>0  14.205E6(ß-); 9.484E6(β−n)  -7.797E6  405.352E6    23. Ar52 34  51.99678044  51.986906    0+  radioakt.  10E-3  ß-<100; β−n>0  13.2E6(ß-); 10.932E6(β−n)  -2.999E6  408.626E6    24. Ar53 35  53.00494045  52.99506601    5/2−  radioakt.  3E-3  ß-=<100; β−n=>0  16.6E6(ß-); 12.73E6(β−n)  4.602E6  409.096E6      Kalium    K    Kernladungszahl Z=19 (p=19)   K(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. K39 20  38.96370669  38.95328367  93.258%  3/2+     stabil      -33.807E6  333.724E6  2.12#σ(n.γ); 4.3E-3#σ(n.α)  2. K41 22  40.96182584  40.95140282   6.7302%  3/2+     stabil      -35.559E6  351.619E6  1.46#σ(n.γ)  3. K40 21  39.96399848  39.95357546  0.0117%  4-  radioakt.  1.277E9 a  β−=89.28; K/β+=10.72  1.311E6(β−); 1.505E6(K/β+)  -33.5352E6  341.524E6  30#σ(n.γ); 4.4#σ(n.p); 0.39#σ(n.α)  4. K38 19  37.96908193  37.95865891    3+  radioakt.  7.636min  K/β+=100  5.914E6  -28.8E6  320.646E6    5. K37 18  36.97337589  36.96295287    3/2+  radioakt.  1.226  K/β+=100  6.147E6  -24.8002E6  308.575E6    6. K36 17  35.9812922  35.97086919    2+  radioakt.  342E-3  K/β+=99.916; Kp=0.05; Kα=3.4E-3  12.805E6(K/β+); 4.298E6(Kp); 6.164E6(Kα)  -17.4262E6  293.129E6    7. K35 16  34.98801066  34.97758764    3/2+  radioakt.  178E-3  K/β+=99.63; Kp=0.37  11.879E6(K/β+); 5.982E6(Kp)  -11.168E6  278.8E6    8. K34 15  33.99841008  33.98798706    1+  radioakt.  25E-9  p=100  0.614E6  -1.481E6  261.041E6    9. K33 14  33.00726038  32.99683736    3/2+  radioakt.  25E-9  p=100  1.674E6  6.763E6  244.726E6    10. K42 23  41.96240276  41.95197975    2-  radioakt.  12.360h  ß-=100  3.526E6  -35.0216E6  359.153    11. K43 24  42.96071558  42.95029256    3/2+  radioakt.  22.3h  ß-=100  1.815E6  -36.5932E6  368.796E6    12. K44 25  43.96155681  43.95113379    2-  radioakt.  1328  ß-=100  5.658E6  -35.8096E6  376.083E6    13. K45 26  44.96069969  44.95027668    3/2+  radioakt.  1069  ß-=100  4.203E6  -36.608E6  384.953E6    14. K46 27  45.96197689  45.95155387    2−  radioakt.  105  ß-=100  7.717E6  -35.4183E6  391.835E6    15. K47 28  46.96167877  46.95125575    1/2+  radioakt.  17.50  ß-=100  6.644E6  -35.696E6  400.184E6    16. K48 29  47.96551357  47.95509056    2−  radioakt.  6.8  ß-=98.86; β−n=1.14  12.09E6(β−); 2.145E6(β−n)  -32.1239E6  404.683E6    17. K49 30  48.96745121  48.9570282    3/2+  radioakt.  1.26  ß-=14; β−n=86  10.97E6(β−); 5.824E6(β−n)  -30.319E6  410.949E6    18. K50 31  49.9727834  49.96236038    2−  radioakt.  472E-3  β−=71; β−n=29  14.219E6(β−); 7.866E6(β−n)  -25.3521E6  414.054E6    19. K51 32  50.97637988  50.96595686    3/2+  radioakt.  365E-3  ß-=53; β−n=47  13.861E6(β−); 9.497E6(β−n)  -22.002E6  418.775E6    20. K52 33  51.98260966  51.97218664    2−  radioakt.  105E-3  ß-=<36; β−n=<64; β−2n>0  16.31E6(ß-); 11.593E6(β−n); 7.229E6(β−2n)  -16.199E6  421.043E6    21. K53 34  52.98711962  52.9766966    3/2+  radioakt.  30E-3  ß-=16; β−n=67; β−2n=17  15.9E6(ß-); 12.44E6(β−n); 7.723E6(β−2n)  -11.998E6  424.913E6    22. K54 35  53.99419964  53.98377662    2−  radioakt.  10E-3  ß->0; β−n>0; β−2n>0  18.49E6(ß-); 14.424E6(β−n); 10.963E6(β−2n)  -5.403E6  426.39E6    23. K55 36  54.99971014  54.98928712    3/2+  radioakt.  3E-3  ß->0; β−n>0; β−2n>0  17.848E6(ß-); 15.552E6(β−n); 11.485E6(β−2n)  -0.27E6  429.328E6    24. K38+1 19  37.96908193  37.95865891    0+  radioakt.  923.9E-3  K/β+=100  6.043E6  -28.8E6  320.646E6      Calcium    Ca    Kernladungszahl Z=20 (p=20)   Ca(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. Ca40 20  39.96259096  39.95161936  96.941%  0+  radioakt.  3E21a  2p=100  0.194E6  -34.8463E6  342.052E6  0.41#σ(n.γ); 2.5E3#σ(n.α)  2. Ca44 24  43.95548227  43.94451067  2.086%  0+     stabil      -41.468E6  380.959E6  0.88#σ(n.γ)  3. Ca42 22  41.95861798  41.94764639  0.647%  0+     stabil      -38.5471E6  361.896E6  0.68#σ(n.γ)  4. Ca48 28  47.95253432  47.94156272  0.187%  0+  radioakt.  19E18a  β−=25; ββ=75  0.282E6(β−); 4.274E6(β−)  -44.214E6  415.991E6  1.1#σ(n.γ)  5. Ca43 23  42.95876731  42.94779572  0.135%  7/2-     stabil      -38.408E6  369.828E6  6.2#σ(n.γ)  6. Ca46 26  45.95369256  45.94272097  0.004%  0+  radioakt.  2.8E15a  2ß-=100  0.988E6  -43.1351E6  398.769E6  0.74#σ(n.γ)  7. Ca45 25  44.95618759  44.94521599    7/2-  radioakt.  162.61d  ß-=100  0.256E6  -40.811E6  388.374E6  15#σ(n.γ)  8. Ca41 21  40.96227802  40.95130642    7/2-  radioakt.  1.02E5a  K=100  0.421E6  -35.1378E6  350.415E6  4#σ(n.γ)  9. Ca39 19  38.97072016  38.95974856    3/2+  radioakt.  859.6E-3  K/β+=100  6.533E6  -27.274E6  326.409E6    10. Ca38 18  37.97631869  37.96534709    0+  radioakt.  440E-3  K/β+=100  6.741E6  -22.059E6  313.122E6    11. Ca37 17  36.98587023  36.97489863    3/2+  radioakt.  181.1E-3  K/β+=18.9; Kp=82.1  11.638E6(K/β+); 9.78E6(Kp)  -13.1618E6  296.154E6    12. Ca36 16  35.99308745  35.98211585    0+  radioakt.  102E-3  K/β+=45.6704; Kp=54.329600  10.987E6(K/β+); 9.319E6(Kp)  -6.439E6  281.36E6    13. Ca35 15  35.00494045  34.99396885    3/2+  radioakt.  25.7E-3  K/β+=95.7; Kp=4.2  15.69E6(K/β+); 11.027E6(Kp)  4.602E6  262.247E6    14. Ca34 14  34.01412033  34.00314873    0+  radioakt.  35E-9  p=100  -0.899E6  13.153E6  245.625E6    15. Ca47 27  46.95454614  46.94357454    7/2-  radioakt.  4.536d  ß-=100  1.992E6  -42.34E6  406.045E6  1.09#σ(n.γ)  16. Ca49 29  48.95567443  48.94470284    3/2−  radioakt.  523  ß-=100  5.263E6  -41.289E6  421.137E6    17. Ca50 30  49.957519  49.9465474    0+  radioakt.  13.9  ß-=100  4.966E6  -39.5708E6  427.49E6    18. Ca51 31  50.96149916  50.95052756    3/2−  radioakt.  10.0  ß-=100  7.355E6  -35.8633E6  431.854E6    19. Ca52 32  51.96510015  51.95412855    0+  radioakt.  4.6  ß-=98; β−n=2  7.847E6(ß-); 2.638E6(β−n)  -32.509E6  436.571E6    20. Ca53 33  52.97005026  52.95907867    3/2−  radioakt.  90E-3  β−=70; β−n=30  9.725E6(β−); 4.387E6(β−n)  -27.898E6  440.031E6    21. Ca54 34  53.97434981  53.96337821    0+  radioakt.  300E-9  ß-<100; β−n>0  10.326E6(ß-); 5.659E6(β−n)  -23.893E6  444.097E6    22. Ca55 35  54.98054953  54.96957793    5/2−  radioakt.  30E-3  ß-=>0; β−n=>0  11.462E6(ß-); 8.029E6(β−n)  -18.118E6  446.394E6    23. Ca56 36  55.98557049  55.97459889    0+  radioakt.  10E-3  ß-=>0; β−n=>0  11.83E6(ß-); 8.068E6(β−n)  -13.441E6  449.788E6      Scandium    Sc    Kernladungszahl Z=21 (p=21)   Sc(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. Sc45 24  44.95591276  44.94439258  100%  7/2-     stabil      -41.067E6  387.847E6  17.4#σ(n.γ); 9.8#σ(n.it)  2. Sc44+1 23  43.95940285  43.94788267    6+  radioakt.  58.6h  IT=98.80; K/β+=1.20  0.271E6(IT); 3.924E6(K/β+)  -37.816E6  376.525E6  6.6^±TSP  3. Sc44 23  43.95940285  43.94788267    2+  radioakt.  3.927 h  K/β+=100  3.652E6  -37.816E6  376.525E6  51^±TSP  4. Sc43 22  42.96115069  42.94963051    7/2-  radioakt.  3.891h   K/β+=100  2.22E6  -36.1879E6  366.826E6  33^±TSP  5. Sc42+1 21  41.96551669  41.95399651    7+   radioakt.  61.7   K/β+=100  7.042E6  -32.121E6  354.687E6  24^±TSP  6. Sc42 21  41.96551669  41.95399651    0+  radioakt.  681.3E-3   K/β+=100  6.426E6  -32.121E6  354.687E6  51^±TSP  7. Sc41 20  40.96925112  40.95773094    7/2-  radioakt.  596.3E-3  K/β+=100  6.459E6  -28.6424E6  343.137E6  77^±TSP  8. Sc40 19  39.97796744  39.96644726    4−  radioakt.  182.3E-3  K/β+=99.533; Kα=0.017; Kp=0.44  14.323E6(K/β+); 7.283E6(Kα); 5.995E6Kp)  -20.5232E6  326.947E6  83^±TSP  9. Sc39+2 18  38.98479003  38.97326985    3/2+  radioakt.        -14.168E6  312.52E6  74^±TSP  10. Sc39+1 18  38.98479003  38.97326985    3/2−  radioakt.        -14.168E6  312.52E6  13^±TSP  11. Sc39 18  38.98479003  38.97326985    7/2-  radioakt.  300E-9  p=100  0.602E6  -14.168E6  312.52E6  23^±TSP  12. Sc45+1 24  44.95591276  44.94439258    3/2+  radioakt.  318E-3  IT=100  0.012E6  -41.067E6  387.847E6  25^±TSP  13. Sc46 25  45.95517191  45.94365173    4+  radioakt.  83.79d  ß-=100  2.366E6  -41.7571E6  396.609E6  8#σ(n.γ)  14. Sc46+1 25  45.95517191  45.94365173    1−  radioakt.  18.75  IT=100  0.143E6  -41.7571E6  396.609E6  16^±TSP  15. Sc47 26  46.95240764  46.94088746    7/2-  radioakt.  3.3492d  ß-=100  0.6E6  -44.332E6  407.255E6  61^±TSP  16. Sc48 27  47.95223147  47.94071129    6+  radioakt.  43.67h  ß-=100  3.992E6  -44.4961E6  415.49E6  42^±TSP  17. Sc48+1 27  47.95223147  47.94071129      radioakt.        -44.4961E6  415.49E6  88^±TSP  18. Sc48+2 27  47.94071129  47.95223147      radioakt.        -44.4961E6  415.49E6  36^±TSP  19. Sc48+3 27  47.95223147  47.94071129      radioakt.        -44.4961E6  415.49E6  49^±TSP  20. Sc49 28  48.95002437  48.93850419    7/2-  radioakt.  57.2min   ß-=100  2.006E6  -46.552E6  425.618E6  17^±TSP  21. Sc50 29  49.95218767  49.94066749    5+  radioakt.  102.5  ß-=100  6.89E6  -44.5369E6  431.674E6  82^±TSP  22. Sc50+1 29  49.95218767  49.94066749    2+; 3+  radioakt.  0.35  IT>97.5<100; β−<2.5  0.257E6(IT); 7.145E6(β−)  -44.5369E6  431.674E6  95^±TSP  23. Sc51 30  50.95360335  50.94208317    7/2−  radioakt.  12.4  ß-=100  6.51E6  -43.2182E6  438.426E6  82^±TSP  24. Sc52 31  51.95667605  51.94515587    3+  radioakt.  8.2  ß-=100  9.108E6  -40.356E6  443.636E6  14^±TSP  25. Sc53 32  52.95961005  52.94808987    7/2-  radioakt.  3  ß-=>0; β−n=>0  9.206E6(ß-); 3.77E6(β−n)  -37.623E6  448.974E6  28^±TSP  26. Sc54 33  53.96326461  53.95174443    4+  radioakt.  360E-3  ß-=100  11.376E6  -34.2188E6  453.641E6  59^±TSP  27. Sc54+1 33  53.96326461  53.95174443    5+  radioakt.  7E-6      -34.2188E6  453.641E6  95^±TSP  28. Sc55 34  54.96824456  54.95672438    7/2-  radioakt.  105E-3  ß-=>0; β−n=>0  12.09E6(ß-); 7.943E6(β−n)  -29.58E6  457.073E6  82^±TSP  29. Sc56 35  55.97287046  55.96135029    7+  radioakt.  60E-3  ß-=>0; β−n=>0  13.666E6(ß-); 8.328E6(β−n)  -25.271E6  460.836E6  58^±TSP  30. Sc57 36  56.97779052  56.96627034    7/2−  radioakt.  13E-3  ß-=>0; β−n=>0  12.856E6(ß-); 10.177E6(β−n)  -20.688E6  464.324E6  93^±TSP  31. Sc58 37  57.98371004  57.97218986    3+  radioakt.  12E-3  ß-=>0; β−n=>0  15.593E6(ß-); 10.299E6(β−n)  -15.174E6  466.881E6  13^±TSP    Titan    Ti    Kernladungszahl Z=22 (p=22)   Ti(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. Ti48 26  47.94794631  47.93587755  73.8%  0+     stabil      -48.4877E6  418.7E6  8.32#σ(n.γ)   2. Ti46 24  45.95263158  45.94056282  8.0%  0+     stabil      -44.1234E6  398.193E6  0.59#σ(n.γ)  3. Ti47 25  46.95176351  46.93969475  7.3%  5/2−     stabil      -44.932E6  407.073E6  1.63#σ(n.γ)  4. Ti49 27  48.94787084  48.93580208  5.5%  7/2-     stabil      -48.558E6  426.841E6  1.87#σ(n.γ)  5. Ti50 28  49.94479117  49.93272241  5.4%  0+     stabil      -51.4267E6  437.781E6  0.179#σ(n.γ)  6. Ti45 23  44.95812641  44.94605765    7/2-  radioakt.  184.8min  K/β+=100  2.062E6  -39.005E6  385.003E6  39^±TSP  7. Ti44 22  43.95969056  43.9476218    0+  radioakt.  60a  K=100  0.268E6  -37.548E6  375.475E6  8.9^±TSP  8. Ti43 21  42.9685225  42.95645375    7/2-  radioakt.  509E-3  K/β+=100  6.867E6  -29.3211E6  359.176E6  23^±TSP  9. Ti42 20  41.97303085  41.96096209    0+  radioakt.  199E-3  K/β+=100  6.999E6  -25.1216E6  346.906E6  41^±TSP  10. Ti41 19  40.98314536  40.9710766    3/2+  radioakt.  80.4E-3  Kp=100  11.875E6  -15.7E6  329.413E6  57^±TSP  11. Ti40 18  39.99049913  39.97843038    0+  radioakt.  53.3E-3  Kp=100  11.135E6  -8.85E6  314.491E6  82^±TSP  12. Ti39 17  39.00161032  38.98954156    3/2+  radioakt.  31E-3  Kp=100   16.27E6  1.5E6  296.07E6  49^±TSP  13. Ti51 29  50.94661501  50.93454625    3/2−  radioakt.  5.76min  ß-=100  2.473E6  -49.7278E6  444.154E6  1.7^±TSP  14. Ti52 30  51.94689821  51.93482945    0+  radioakt.  1.7min  ß-=100  1.977E6  -49.464E6  451.961E6  61^±TSP  15. Ti53 31  52.94972721  52.93765846    3/2−  radioakt.  32.7  ß-=100  5.02E6  -46.8288E6  457.397E6  55^±TSP  16. Ti54 32  53.9510524  53.93898364    0+  radioakt.  1.5  ß-=100  4.297E6  -45.5944E6  464.234E6  96^±TSP  17. Ti55 33  54.95526541  54.94319666    1/2−  radioakt.  1.3  ß-=100  7.481E6  -41.67E6  468.381E6  68^±TSP  18. Ti56 34  55.95819962  55.94613087    0+  radioakt.  200E-3  ß-=>0; β−n=>0  7.143E6(ß-); 2.143E6(β−n)  -38.9368E6  473.719E6  58^±TSP  19. Ti57 35  56.96398914  56.95192038    3/2−  radioakt.  60E-3  ß-=>0; β−n=>0  10.645E6(ß-); 4.465E6(β−n)  -33.5439E6  476.398E6  94^±TSP  20. Ti58 36  57.96697027  57.95490151    0+  radioakt.  59E-3  ß-=>0; β−n=>0  9.442E6(ß-); 5.35E6(β−n)  -30.767E6  481.692E6  57^±TSP  21. Ti59 37  58.97292951  58.96086075    5/2−  radioakt.  30E-3  ß-=>0; β−n=>0  11.851E6(ß-); 6.921E6(β−n)  -25.216E6  484.212E6  39^±TSP  22. Ti60 38  59.97674188  59.96467312    0+  radioakt.  22E-3  ß-=>0; β−n=>0  10.912E6(ß-); 7.33E6(β−n)  -21.6648E6  488.733E6  3.3^±TSP  23. Ti61 39  60.98320011  60.97113135      radioakt.    ß-=>0; β−n=>0  13.712E6(ß-); 8.857E6(β−n)  -15.649E6  490.788E6  32^±TSP    Vanadium    V    Kernladungszahl Z=23 (p=23)   V(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. V51 28  50.94395992  50.93134258  99.750%  7/2-     stabil      -52.201E6  445.845E6  4.88#σ(n.γ)  2. V50 27  49.94715844  49.9345411  0.250%  6+  radioakt.  1.4E17a  K/β+=83; β−=17  2.205E6(K/β+); 1.038E6(β−)  -49.2216E6  434.794E6  85#σ(n.γ)   3. V49 26  48.94851711  48.93589978    7/2-  radioakt.  330d  K=100  0.602E6  -47.956E6  425.457E6  57^±TSP  4. V48 25  47.95225412  47.93963678    4+  radioakt.  15.9735d  K/β+=100  4.013E6  -44.475E6  413.905E6  52^±TSP  5. V47 24  46.954909  46.94229166    3/2−  radioakt.  32.6min  K/β+=100  2.93E6  -42.002E6  403.36E6  3.6^±TSP  6. V46+1 23  45.9602005  45.94758316    3+  radioakt.  10.02E-3  IT=100    -37.073E6  390.36E6  71^±TSP  7. V46 23  45.9602005  45.94758316    0+  radioakt.  422.5E-3  K/β+=100  7.05E6  -37.073E6  390.36E6  6.8^±TSP  8. V45 22  44.96577648  44.95315915    7/2-  radioakt.  547E-3  K/β+=100  7.126E6  -31.879E6  377.095E6  71^±TSP  9. V44+1 21  43.97410998  43.96149264    6+  radioakt.  150E-3  K/β+=100  13.70E6  -24.1164E6  361.261E6  18^±TSP  10. V44 21  43.97410998  43.96149264    2+  radioakt.  90E-3  K/β+>0; Kα>0  13.432E6(K/β+); 8.305E6(Kα)  -24.1164E6  361.261E6  67^±TSP  11. V43 20  42.98065044  42.9680331      radioakt.    K/β+>0; Kp>0  11.297E6(K/β+); 6.808E6(Kp)  -18.024E6  347.097E6  21^±TSP  12. V42 19  41.99123022  41.97861288      radioakt.  55E-9  p=100  0.242E6  -8.169E6  329.171E6  93^±TSP  13. V52 29  51.94477581  51.93215848    3+  radioakt.  3.743min  ß-=100  3.975E6  -51.441E6  453.156E6  91^±TSP  14. V53 30  52.94433802  52.93172068    7/2-  radioakt.  1.61min  ß-=100  3.436E6  -51.8488E6  461.635E6  57^±TSP  15. V54 31  53.94643981  53.93382247    3+  radioakt.  49.8  ß-=100  7.041E6  -49.891E6  467.748E6  78^±TSP  16. V55 32  54.94723423  54.93461689    7/2−  radioakt.  6.54  ß-=100  5.956E6  -49.151E6  475.08E6  22^±TSP  17. V56 33  55.95053098  55.93791364    1+  radioakt.  216E-3  ß-=99.94; β−n=0.06  9.201E6(ß-); 0.956E6(β−n)  -46.0801E6  480.08E6  19^±TSP  18. V57 34  56.95256148  56.93994414    3/2−  radioakt.  350E-3  ß-=99.96; β−n=0.04  8.335E6(ß-); 3.021E6(β−n)  -44.1887E6  486.26E6  9.8±TSP  19. V58 35  57.95683418  57.94421685    1+  radioakt.  185E-3  ß-=>0; β−n=>0  11.626E6(ß-); 4.244E6(β−n)  -40.2087E6  490.351E6  4.7^±TSP  20. V59 36  58.96020737  58.94759003    5/2−  radioakt.  75E-3  ß-=>0; β−n=>0  10.825E6(ß-); 6.697E6(β−n)  -37.0666E6  495.281E6  26^±TSP  21. V60 37  59.96502683  59.95240949      radioakt.  122E-3  ß-=>0; β−n=>0  13.927E6(ß-); 7.243E6(β−n)  -32.5773E6  498.863E6  0.68^±TSP  22. V61 38  60.96847967  60.95586233    3/2−  radioakt.  47E-3  ß-=>0; β−n=>0  12.82E6(ß-); 9.072E6(β−n)  -29.361E6  503.718E6  37^±TSP  23. V62 39  61.97377976  61.96116242      radioakt.  150E-9  ß-=>0; β−n=>0  15.99E6(ß-); 9.685E6(β−n)  -24.424E6  506.852E6  93^±TSP  24. V63 40  62.97755004  62.96493271    7/2−  radioakt.  17E-3  ß-=>0; β−n=>0  14.615E6(ß-); 11.431E6(β−n)  -20.912E6  511.411E6  26^±TSP  25. V64 41  63.98346957  63.97085223      radioakt.  19E-3  ß-=>0; β−n=>0  17.754E6(ß-); 12.058E6(β−n)  -15.398E6  513.969E6  19^±TSP    Chrom    Cr    Kernladungszahl Z=24 (p=24)   Cr(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. Cr52 28  51.94050848  51.92734256  83.789%  0+     stabil      -55.416E6  456.349E6  0.86#σ(n.γ)  2. Cr53 29  52.94064943  52.92748351  9.501%  3/2−     stabil      -55.2847E6  464.289E6  18.6#σ(n.γ)  3. Cr50 26  49.94604421  49.93287829  4.345%  0+  radioakt.  1.3E17a  KK=100  1.167E6  -50.2595E6  435.049E6  15.4#σ(n.γ)  4. Cr54 30  53.93888045  53.92571453  2.365%  0+     stabil      -56.9325E6  474.008E6  0.41#σ(n.γ)  5. Cr51 27  50.94476744  50.93160152    7/2−  radioakt.  27.7025d  K=100  0.752E6  -51.4488E6  444.31E6  7.6^±TSP  6. Cr49 25  48.95133624  48.93817032    5/2−  radioakt.  42.3min  K/β+=100  2.626E6  -45.33E6  422.049E6  6.1^±TSP  7. Cr48 24  47.9540317  47.94086578    0+  radioakt.  21.56h  K/β+=100  1.656E6  -42.8192E6  411.466E6  49^±TSP  8. Cr47 23  46.96290046  46.94973454    3/2−  radioakt.  500E-3  K/β+=100  7.444E6  -34.55E6  395.134E6  91^±TSP  9. Cr46 22  45.96835868  45.95519276    0+  radioakt.  260E-3  K/β+=100  7.599E6  -29.4737E6  381.978E6  47^±TSP  10. Cr45 21  44.97964023  44.96647432    7/2−  radioakt.  60.9E-3  K/β+=65.6; Kp=34.4  12.914E6(K/β+); 11.294E6(Kp)  -18.965E6  363.398E6  14^±TSP  11. Cr44 20  43.98554902  43.9723831    0+  radioakt.  53E-3  K/β+=93; Kp=7  10.655E6(K/β+); 8.571E6(Kp)  -13.461E6  349.823E6  83^±TSP  12. Cr43 19  42.99771013  42.98454421    3/2+  radioakt.  21.6E-3  K/β+=81; Kp=23; K2p=6  15.891E6(K/β+); 15.7E6(Kp); 11.931E6(K2p)  -2.133E6  330.424E6  88^±TSP  13. Cr42 18  42.00643053  41.99326461    0+  radioakt.  13E-3  K/β+>0; Kp>0; Kα>0  14.159E6(K/β+); 14.401E6(Kp); 8.502E6(Kα)  5.99E6  314.229E6  49^±TSP  14. Cr55 31  54.9408402  54.92767428    3/2−  radioakt.  3.497min  ß-=100  2.603E6  -55.107E6  480.253E6  51^±TSP  15. Cr56 32  55.94065319  55.92748727    0+  radioakt.  5.94min  ß-=100  1.629E6  -55.2812E6  488.499E6  14^±TSP  16. Cr57 33  56.94361306  56.93044714    5/2−  radioakt.  21.1  ß-=100  4.963E6  -52.5241E6  493.813E6  21^±TSP  17. Cr58 34  57.94435316  57.93118724    0+  radioakt.  7  ß-=100  4.072E6  -51.8347E6  501.195E6  36^±TSP  18. Cr59 35  58.94858636  58.93542044    1/2−  radioakt.  460E-3  ß-=100  7.588E6  -47.8915E6  505.323E6  12^±TSP  19. Cr60 36  59.95007601  59.93691009    0+  radioakt.  570E-3  ß-=100  6.674E6  -46.5039E6  512.007E6  7.3^±TSP  20. Cr61 37  60.95471715  60.94155124    1/2−  radioakt.  270E-3  β−=100  9.375E6  -42.1807E6  515.755E6  21^±TSP  21. Cr62 38  61.95661379  61.94344787    0+  radioakt.  190E-3  ß-=>0; β−n=>0  7.624E6(ß-); 3.07E6(β−n)  -40.414E6  522.06E6  47^±TSP  22. Cr63 39  62.9618602  62.94869428    1/2−  radioakt.  129E-3  ß-=>0; β−n=>0  10.824E6(ß-); 4.44E6(β−n)  -35.527E6  525.244E6  31^±TSP  23. Cr64 40  63.96440986  63.95124395    0+  radioakt.  43E-3  ß-=>0; β−n=>0  9.464E6(ß-); 5.128E6(β−n)  -33.152E6  530.94E6  64^±TSP  24. Cr65 41  64.97015977  64.95699385    1/2−  radioakt.  27E-3  ß-=>0; β−n=>0  14.645E6(ß-); 6.749E6(β−n)  -27.796E6  533.656E6  31^±TSP  25. Cr66 42  65.9733804  65.96021448    0+  radioakt.  10E-3  ß-=>0; β−n=>0  11.458E6(ß-); 9.574E6(β−n)  -24.796E6  538.727E6  15^±TSP  26. Cr67 43  66.97955006  66.96638414      radioakt.  50E-3  ß-=>0; β−n=>0  14.354E6(ß-); 9.134E6(β−n)  -19.049E6  541.051E6  8.6^±TSP    Mangan    Mn    Kernladungszahl Z=25 (p=25)   Mn(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. Mn55 30  54.93804576  54.92433127  100%  5/2−     stabil      -57.71E6  482.074E6  13.36#σ(n.γ)  2. Mn54 29  53.94035882  53.92664433    3+  radioakt.  312.3d  K/β+=<100; β−<2.9E−4  1.377E6(K/β+); 0.697E6(β−)  -55.5554E6  471.848E6  38#σ(n.γ)  3. Mn53 28  52.94129109  52.92757659    7/2−  radioakt.  3.74E6a  K=100  0.597E6  -54.687E6  462.908E6  66#σ(n.γ)  4. Mn52+1 27  51.94556594  51.93185144    2+  radioakt.  21.1min  K/β+=98.25; IT=1.75  5.090E6(K/β+); 0.378E6(IT)  -50.705E6  450.855E6  55^±TSP  5. Mn52 27  51.94556594  51.93185144    6+  radioakt.  5.591d  K/β+=100  4.711E6  -50.705E6  450.855E6  7.2^±TSP  6. Mn51 26  50.94821083  50.93449633    5/2−  radioakt.  46.2min  K/β+=100  3.207E6  -48.2413E6  440.32E6  13^±TSP  7. Mn50+1 25  49.95423825  49.94052375    5+  radioakt.  1.75min  K/β+=100  7.862E6  -42.6268E6  426.634E6  26^±TSP  8. Mn50 25  49.95423825  49.94052375    0+  radioakt.  283.88E-3  K/β+=100  7.633E6  -42.6268E6  426.634E6  94^±TSP  9. Mn49 24  48.95961864  48.94590414    5/2−  radioakt.  382E-3  K/β+=100  7.715E6  -37.615E6  413.551E6  89^±TSP  10. Mn48 23  47.96852003  47.95480554    4+  radioakt.  158.1E-3  K/β+=<=>99.72; Kp=<=>0.28; Kα<6E−4  13.496E6(K/β+); 5.39E6(Kp); 5.8E6(Kα)  -29.3234E6  397.188E6  8.4^±TSP  11. Mn47 22  46.97609969  46.96238519    5/2−  radioakt.  100E-3  K/β+=99.6; Kp>3.4  12.295E6(K/β+); 5.721E6(Kp)  -22.263E6  382.057E6  9.6^±TSP  12. Mn46 21  45.98672026  45.97300576    4+  radioakt.  34E-3  K=78; Kp=22  17.104E6(K); 12.22E6(Kp)  -12.37E6  364.092E6  92^±TSP  13. Mn45 20  44.9945099  44.9807954      radioakt.    ß-=>0; β−n=>0  13.851E6(ß-); 11.713E6(β−n)  -5.114E6  348.765E6  0.23^±TSP  14. Mn44 19  44.00686961  43.99315511    2−  radioakt.  10E-9  ß-=>0; β−n=>0  19.86E6(ß-); 17.134E6(β−n)  6.399E6  329.181E6  95^±TSP  15. Mn56 31  55.93890492  55.92519042    3+  radioakt.  2.5785h  ß-=100  3.696E6  -56.9097E6  489.345E6  7.5^±TSP  16. Mn57 32  56.93828538  56.92457088     5/2−  radioakt.  85.4  ß-=100  2.693E6  -57.4868E6  497.994E6  2.9^±TSP  17. Mn58 33  57.93998158  57.92626708    1+  radioakt.  3  ß-=100  6.247E6  -55.9068E6  504.485E6  26^±TSP  18. Mn58+1 33  57.93998158  57.92626708    4+  radioakt.  65.2  β−≈80; IT≈20   6.322E6(β−); 0.072E6(IT)  -55.9068E6  504.485E6  19^±TSP  19. Mn59 34  58.9404402  58.9267257    5/2−  radioakt.  4.59  ß-=100  5.184E6  -55.4796E6  512.129E6  24^±TSP  20. Mn60 35  59.94291128  59.92919678    0+  radioakt.  51  ß-=100  8.234E6  -53.1778E6  517.899E6  93^±TSP  21. Mn60+1 35  59.94291128  59.92919678    3+  radioakt.  1.77  β−=88.5; IT=11.5  8.902E6(β−); 0.272E6(IT)  -53.1778E6  517.899E6  0.64^±TSP  22. Mn61 36  60.94465268  60.93093818    5/2−  radioakt.  670E-3  ß-=100  7.366E6  -51.5557E6  524.348E6  55^±TSP  23. Mn62 37  61.94842908  61.93471459    3+  radioakt.  880E-3  ß-=>0; β−n=>0  10.862E6(ß-); 2.812E6(β−n)  -48.038E6  528.901E6  15^±TSP  24. Mn63 38  62.95023994  62.93652544    5/2−  radioakt.  290E-3  ß-=100  9.195E6  -46.3512E6  535.286E6  96^±TSP  25. Mn64 39  63.95424984  63.94053534    1+  radioakt.  90E-3  β−=67; β−n=33  12.154E6(ß-); 4.858E6(β−n)  -42.616E6  539.622E6  16^±TSP  26. Mn65 40  64.95443771  64.94072321    4+  radioakt.  500E-6  β−=93.08; β−n=6.92  8.437E6(ß-); 4.258E6(β−n)  -42.441E6  547.518E6  13^±TSP  27. Mn66 41  65.96107973  65.94736523      radioakt.  64E-3  β−=89.12; β−n=10.88  13.319E6(ß-); 6.553E6(β−n)  -36.254E6  549.403E6  99^±TSP  28. Mn67 42  66.9641404  66.95042591    5/2−  radioakt.  47E-3  ß-=>0; β−n=>0  12.289E6(ß-); 8.099E6(β−n)  -33.403E6  554.623E6  45^±TSP  29. Mn68 43  67.96912057  67.95540608      radioakt.    ß-=>0; β−n=>0  14.364E6(ß-); 8.857E6(β−n)  -28.764E6  558.055E6  12^±TSP  30. Mn69 44  68.97284041  68.95912591    5/2−  radioakt.  14E-3  ß-=>0; β−n=>0  13.097E6(ß-); 9.758E6(β−n)  -25.299E6  562.662E6  0.11^±TSP    Eisen    Fe    Kernladungszahl Z=26 (p=26)   Fe(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. Fe56 30  55.93493743  55.92067435  91.72%  0+     stabil      -60.6054E6  492.259E6  2.59#σ(n.γ)  2. Fe54 28  53.93961099  53.92534791  5.8%  0+  radioakt.  31E21a  KK=100  0.68E6  -56.252E6  471.762E6  2.56#σ(n.γ)  3. Fe57 31  56.935394  56.92113093  2.2%  1/2−     stabil      -60.1801E6  499.905E6  2.48#σ(n.γ)  4. Fe58 32  57.93327558  57.9190125  0.28%  0+     stabil      -62.1534E6  509.949E6  1.32#σ(n.γ)  5. Fe55 29  54.93829375  54.92403068    3/2−  radioakt.  2.73a  K=100  0.231E6  -57.479E6  481.061E6  78^±TSP  6. Fe53+1 27  52.94530797  52.93104489    19/2−  radioakt.  2.58min  IT=100  3.040E6  -50.9453E6  458.384E6  4.4^±TSP  7. Fe53 27  52.94530797  52.93104489    7/2−  radioakt.  8.51min  K/β+=100  3.742E6  -50.9453E6  458.384E6  92^±TSP  8. Fe52+1 26  51.94811454  51.93385146    12+  radioakt.  45.9  K/β+=100  9.192E6  -48.331E6  447.699E6  82^±TSP  9. Fe52 26  51.94811454  51.93385146    0+  radioakt.  8.275h  K/β+=100  2.374E6  -48.331E6  447.699E6  0.21^±TSP  10. Fe51 25  50.95681958  50.94255651    5/2−  radioakt.  305E-3  K/β+=100  8.019E6  -40.2223E6  431.519E6  0.8^±TSP  11. Fe50 24  49.96298903  49.94872595    0+  radioakt.  155E-3  K/β+=100  8.156E6  -34.4755E6  417.701E6  5.0^±TSP  12. Fe49 23  48.97361014  48.95934706    7/2−  radioakt.  64.7E-3  K/β+=44.3; Kp=56.7  13.033E6(K/β+); 10.948E6(Kp)  -24.582E6  399.736E6  35±^TSP  13. Fe48 22  47.98050444  47.96624136    0+  radioakt.  44E-3  K/β+=96.4; Kp=3.6  11.163E6(K/β+); 9.109E6(Kp)  -18.16E6  385.243E6  0.4999^±TSP  14. Fe47 21  46.99288992  46.97862684    7/2−  radioakt.  21.8E-3  K/β+=98; Kp>0; K2p>0  15.64E6(K/β+); 15.562E6(Kp); 10.678E6(K2p)  -6.623E6  365.634E6  47^±TSP  15. Fe46 20  46.00081053  45.98654745    0+  radioakt.  12E-3  K/β+=64; Kp=36  13.125E6(K); 12.431E6(Kp)  0.755E6  350.185E6  54^±TSP  16. Fe45 19  45.01457766  45.00031458    3/2+  radioakt.  1.9E-3  p=57; β+/K=43  18.693E6(p); 19.751E6(β+/K)  13.579E6  329.29E6  8.2^±TSP  17. Fe59 33  58.93487548  58.9206124    3/2−  radioakt.  44.503d  ß-=100  1.565E6  -60.6631E6  516.53E6  92^±TSP  18. Fe60 34  59.93407172  59.91980864    0+  radioakt.  2.6E6a  ß-=100  0.237E6  -61.4118E6  525.35E6  76^±TSP  19. Fe61 35  60.93674527  60.9224822    5/2−  radioakt.  5.98min  ß-=100  3.977E6  -58.9214E6  530.931E6  23^±TSP  20. Fe62 36  61.93676825  61.92250517    0+  radioakt.  68  ß-=100  2.531E6  -58.9E6  538.981E6  62^±TSP  21. Fe63 37  62.94036913  62.92610605    5/2−  radioakt.  6.1  ß-=100  6.295E6  -55.5458E6  543.698E6  34±^TSP  22. Fe64 38  63.94120198  63.92693891    0+  radioakt.  2  ß-=100  5.022E6  -54.77E6  550.994E6  39^±TSP  23. Fe65 39  64.94538033  64.93111725    5/2+  radioakt.  1.3  ß-=100  8.292E6  -50.8779E6  555.173E6  99^±TSP  24. Fe66 40  65.94678066  65.93251758    0+  radioakt.  440E-3  ß-=100  6.538E6  -49.5735E6  561.94E6  0.33^±TSP  25. Fe67 41  66.95094762  66.93668454    5/2−  radioakt.  600E-3  ß−=100  9.369E6  -45.692E6  566.13E6  13^±TSP  26. Fe68 42  67.95369997  67.93943689    0+  radioakt.  187E-3  ß-=100  8.2222E6  -43.1282E6  571.637E6  52^±TSP  27. Fe69 43  68.9587802  68.94451712    1/2−  radioakt.  109E-3  ß−=100  11.607E6  -38.396E6  574.976E6  8.2^±TSP  28. Fe70 44  69.96145976  69.94719669    0+  radioakt.  94E-3  ß-=100  9.743E6  -35.9E6  580.552E6  93^±TSP  29. Fe71 45  70.96672013  70.95245705    7/2+  radioakt.  <150E-9  ß-=>0; β−n=>0  12.873E6(ß-); 6.572E6(β−n)  -31E6  583.723E6  26^±TSP  30. Fe72 46  71.96961977  71.9553567    0+  radioakt.  <150E-9  ß-=>0; β−n=>0  11.001E6(ß-); 7.503E6(β−n)  -28.299E6  589.093E6  89^±TSP    Kobald    Co    Kernladungszahl Z=27 (p=27)   Co(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. Co59 32  58.93319506  58.91838341  100%  7/2−     stabil      -62.2284E6  517.313E6  16.78#σ(n.γ); 20.4#σ(n.it)  2. Co58+1 31  57.93575278  57.92094112    5+  radioakt.  9.04h  IT=100  0.025E6  -59.8459E6  506.859E6  13^±TSP  3. Co58 31  57.93575278  57.92094112    2+  radioakt.  70.86d  K/β+=100  2.307E6  -59.8459E6  506.859E6  1.9E3#σ(n.γ)  4. Co57 30  56.93629138  56.92147972    7/2−  radioakt.  271.79d  K=100  0.836E6  -59.3442E6  498.286E6  51#σ(n.γ)  5. Co56 29  55.93983923  55.92502757    4+  radioakt.  77.27d  K/β+=100  4.566E6  -56.0394E6  486.91E6  47^±TSP  6. Co55 28  54.94199963  54.92718797    7/2−  radioakt.  17.53h  K/β+=100  3.452E6  -54.027E6  476.826E6  99^±TSP  7. Co54+1 27  53.94846022  53.93364856    7+  radioakt.  1.48min  K/β+=100  8.442E6  -48.009E6  462.737E6  14^±TSP  8. Co54 27  53.94846022  53.93364856    0+  radioakt.  193.23E-3  K/β+=100  8.243E6  -48.009E6  462.737E6  63^±TSP  9. Co53+1 26  52.95421892  52.93940727    19/2−  radioakt.  247E-3  K/β+≈98.5; p≈1.5  11.492E6(K/β+); 1.592E6(p)  -42.6448E6  449.302E6  28^±TSP  10. Co53 26  52.95421892  52.93940727    7/2−  radioakt.  240E-3  K/β+=100  8.301E6  -42.6448E6  449.302E6  41^±TSP  11. Co52 25  51.96358968  51.94877802    6+  radioakt.  115E-3  ß-=>0; β−n=>0  14.415E6(K/β+); 7.036E6(Kp)  -33.916E6  432.502E6  2.7^±TSP  12. Co51 24  50.97072016  50.9559085    7/2−  radioakt.  200E-9  ß-=>0; β−n=>0  12.948E6(ß-); 8.064E6(β−n)  -27.274E6  417.788E6  6.2^±TSP  13. Co50 23  49.98154041  49.96672875    6+  radioakt.  44E-3  K/β+=47; Kp=53  17.28E6(K/β+); 13.131E6(Kp)  -17.195E6  399.638E6  74^±TSP  14. Co60 33  59.93381707  59.91900542    5+  radioakt.  5.2714a  ß-=100  2.823E6  -61.649E6  524.805E6  2#σ(n.γ)  15. Co60+1 33  59.93381707  59.91900542    2+  radioakt.  10.467min  IT=99.76; β−=0.24  0.059E6(IT); 2.883E6(β−)  -61.649E6  524.805E6  55^±TSP  16. Co61 34  60.93247579  60.91766413    7/2−  radioakt.  1.650h  ß-=100  1.322E6  -62.8984E6  534.126E6  0.78^±TSP  17. Co62 35  61.93405111  61.91923945    2+  radioakt.  1.50min  ß-=100  5.315E6  -61.431E6  540.73E6  9.8±TSP  18. Co62+1 35  61.93405111  61.91923945    5+  radioakt.  13.91min  β−≈100; IT<1  5.337E6(β−); 0.022E6(IT)  -61.431E6  540.73E6  54^±TSP  19. Co63 36  62.9336116  62.91879994    7/2-  radioakt.  27.4  ß-=100  3.672E6  -61.8404E6  549.21E6  61^±TSP  20. Co64 37  63.93581065  63.92099899    1+  radioakt.  300E-3  ß-=100  7.307E6  -59.792E6  555.233E6  16^±TSP  21. Co65 38  64.9364785  64.92166684    7/2−  radioakt.  1.2  ß-=100  5.956E6  -59.1699E6  562.683E6  3.5^±TSP  22. Co66 39  65.93976204  65.92495038    3+  radioakt.  180E-3  ß-=100  9.895E6  -56.1113E6  567.695E6  56^±TSP  23. Co67 40  66.94088958  66.92607793    7/2−  radioakt.  425E-3  ß-=100  8.681E6  -55.061E6  574.716E6  48^±TSP  24. Co68 41  67.94487308  67.93006142    7−  radioakt.  0.199  ß-=100  12.113E6  -51.3504E6  579.077E6  5.5^±TSP  25. Co69 42  68.94632000  68.93150834    7/2−  radioakt.  220E-3  ß-=100  9.976E6  -50.0026E6  585.801E6  54^±TSP  26. Co70 43  69.95100001  69.93618835    6−  radioakt.  119E-3  β−=100  13.507E6  -45.6432E6  589.512E6  33^±TSP  27. Co71 44  70.95289997  70.93808831      radioakt.  79E-3  β−=97.39; β−n=2.61  11.33E6(ß-); 7.205E6(β−n)  -43.8734E6  595.814E6  89^±TSP  28. Co72 45  71.95780971  71.94299806    7−  radioakt.  62E-3  β−=95.2; β−n=4.8 sys  14.64E6(ß-); 7.832E6(β−n)  -39.3E6  599.312E6  27^±TSP  29. Co73 46  72.96024022  72.94542856      radioakt.  41E-3  ß-=>0; β−n=>0  12.827E6(ß-); 8.833E6(β−n)  -37.036E6  605.119E6  41^±TSP  30. Co74 47  73.96538035  73.95056869    0+  radioakt.  <150E-9  ß-=>0; β−n=>0  16.124E6(ß-); 9.544E6(β−n)  -32.248E6  608.402E6  56^±TSP  31. Co75 48  74.96833045  74.95351879    7/2−  radioakt.  <150E-9  ß-=>0; β−n=>0  14.401E6(ß-); 10.801E6(β−n)  -29.5E6  613.726E6  35±^TSP    Nickel    Ni    Kernladungszahl Z=28 (p=28)   Ni(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. Ni58 30  57.93534365  57.91998342  68.077%  0+  radioakt.  40E18a  KK=100  1.926E6  -60.227E6  506.458E6  4.37#σ(n.γ); 0.68E-3#σ(n.α)  2. Ni60 32  59.93078646  59.91542622  26.223%  0+     stabil      -64.472E6  526.846E6  2.5#σ(n.γ)  3. Ni62 34  61.92834522  61.91298498  3.634%  0+     stabil      -66.746E6  545.262E6  14.9#σ(n.γ)  4. Ni61 33  60.93105603  60.91569579  1.140%  3/2−     stabil      -64.2209E6  534.666E6  2.1#σ(n.γ)  5. Ni64 36  63.92796626  63.91260602  0.926%  0+     stabil      -67.099E6  561.758E6  1.64#σ(n.γ)  6. Ni57 29  56.93979349  56.92443326    3/2−  radioakt.  35.60h  K/β+=100  3.262E6  -56.082E6  494.242E6  58^±TSP  7. Ni56 28  55.94213275  55.92677251    0+  radioakt.  6.077d  K/β+=100  2.136E6  -53.903E6  483.991E6  82^±TSP  8. Ni55 27  54.95133087  54.93597064    7/2−  radioakt.  204.7E-3  K/β+=100  8.692E6  -45.335E6  467.352E6  55^±TSP  9. Ni54 26  53.95790547  53.94254524    0+  radioakt.  104E-3  K/β+=100  8.798E6  -39.2108E6  453.157E6  31^±TSP  10. Ni53 25  52.96847001  52.95310977    7/2−  radioakt.  45E-3  K/β+≈55; Kp≈45  13.275E6(K/β+); 11.672E6(Kp)  -29.37E6  435.244E6  84^±TSP  11. Ni52 24  51.97567993  51.96031969    0+  radioakt.  38E-3  K/β+=83; Kp=17  11.262E6(K/β+); 10.279E6(Kp)  -22.654E6  420.457E6  24^±TSP  12. Ni51 23  50.98771973  50.97235949    7/2−  radioakt.  200E-9  ß-=>0; β−n=>0  15.835E6(ß-); 15.748E6(β−n)  -11.439E6  401.171E6  72^±TSP  13. Ni50 22  49.99593019  49.98056996    0+  radioakt.  12E-3  K=30; β+p=70  13.404E6(ß-); 13.502E6(β−n)  -3.791E6  385.452E6  34±^TSP  14. Ni49 21  49.00965975  48.99429951      radioakt.  7.5E-3  K=17; β+p=83  18.574E6(ß-); 19.869E6(β−n)  8.998E6  364.591E6  31^±TSP  15. Ni48 20  48.01974999  48.00438975    0+  radioakt.  500E-9  ß-=>0; β−n=>0  16.758E6(ß-); 17.731E6(β−n)  18.397E6  347.121E6  79^±TSP  16. Ni59 31  58.93434676  58.91898652    3/2−  radioakt.  7.6E4a  K/β+=100  1.072E6  -61.1556E6  515.458E6  77.7#σ(n.γ); 1.3#σ(n.p); 13#σ(n.α); 92#σ(n.t)  17. Ni63 35  62.92966933  62.91430909    1/2−  radioakt.  100.1a  ß-=100  0.067E6  -65.5126E6  552.1E6  24.4#σ(n.γ)  18. Ni65 37  64.93008425  64.91472402    5/2−  radioakt.  2.5172h  ß-=100  2.138E6  -65.1261E6  567.856E6  22.4#σ(n.γ)  19. Ni66 38  65.92913932  65.91377908    0+  radioakt.  54.6h  ß-=100  0.252E6  -66.0063E6  576.808E6  15^±TSP  20. Ni67 39  66.93157015  66.91620991    1/2−  radioakt.  21  ß-=100  3.576E6  -63.742E6  582.615E6  22^±TSP  21. Ni68 40  67.93186967  67.91650943    0+  radioakt.  29  ß-=100  2.104E6  -63.463E6  590.407E6  0.56^±TSP  22. Ni68+1 40  67.93186967  67.91650943    5−  radioakt.  0.86E-3  IT=100  2.847E6  -63.463E6  590.407E6  22^±TSP  23. Ni69 41  68.93561032  68.92025009    9/2+  radioakt.  11.4  ß-=100  5.758E6  -59.9786E6  594.994E6  78^±TSP  24. Ni70 42  69.93649997  69.92113973    0+  radioakt.  6  ß-=100  3.8265E6  -59.1499E6  602.237E6  69^±TSP  25. Ni71 43  70.94073628  70.92537604      radioakt.  2.56  ß-=100  7.507E6  -55.2038E6  606.362E6  64^±TSP  26. Ni72 44  71.94209303  71.92673279    0+  radioakt.  2.1  ß-=>0; β−n=>0  5.843E6(ß-); 0.7E6(ß-n)  -53.94E6  613.17E6  Nihil^±TSP  27. Ni73 45  72.94646987  72.93110963    9/2+  radioakt.  840E-3  β−=99.7; β−n=0.3 sys  9.124E6(ß-); 1.849E6(ß-n)  -49.863E6  617.164E6  19^±TSP  28. Ni74 46  73.94807052  73.93271028    0+  radioakt.  680E-3  ß−=95.5; β−n=4.5 sys  7.634E6(ß-); 2.543E6(ß-n)  -48.372E6  623.744E6  5^±TSP  29. Ni75 47  74.95287034  74.9375101    7/2+  radioakt.  600E-3  ß−=92.57; β−n=8.43 sys  10.219E6(ß-); 4.034E6(ß-n)  -43.901E6  627.344E6  Nihil^±TSP  30. Ni76 48  75.95532983  75.93996959    0+  radioakt.  238E-3  ß-=>0; β−n=>0  9.366E6(ß-); 4.438E6(ß-n)  -41.61E6  633.125E6  18^±TSP  31. Ni77 49  76.96055047  76.94519023      radioakt.  <150E-9  ß-=>0; β−n=>0  11.83E6(ß-); 6.158E6(ß-n)  -36.747E6  636.333E6  53^±TSP  32. Ni78 50  77.96317958  77.94781934    0+  radioakt.  <150E-9  ß-=>0; β−n=>0  10.451E6(ß-); 6.208E6(ß-n)  -34.298E6  641.955E6  48^±TSP    Kupfer    Cu    Kernladungszahl Z=29 (p=29)   Cu(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. Cu63 34  62.92959751  62.91368869  69.17%  3/2−     stabil      -65.5795E6  551.385E6  4.5#σ(n.γ)  2. Cu65 36  64.92778945  64.91188063  30.83%  3/2−     stabil      -67.2637E6  569.212E6  2.17#σ(n.γ)  3. Cu62 33  61.93258465  61.91667583    1+  radioakt.  9.74min  K/β+=100  3.948E6  -62.797E6  540.531E6  15^±HSP  4. Cu61 32  60.93345787  60.91754905    3/2−  radioakt.  3.333h  K/β+=100  2.237E6  -61.9836E6  531.646E6  5.3^±HSP  5. Cu60 31  59.93736514  59.92145632    2+  radioakt.  23.7min  K/β+=100  6.128E6  -58.344E6  519.935E6  1^±HSP  6. Cu59 30  58.93949827  58.92358945    3/2−  radioakt.  81.5  K/β+=100  4.799E6  -56.357E6  509.877E6  Nihil^±HSP  7. Cu58 29  57.94453845  57.92862964    1+  radioakt.  3.204  K/β+=100  8.565E6  -51.6621E6  497.111E6  6^±HSP  8. Cu57 28  56.94921105  56.93330224    3/2−  radioakt.  196.3E-3   K/β+=100  8.772E6  -47.3096E6  484.687E6  34±^TSP  9. Cu56 27  55.95856012  55.9426513    4+  radioakt.  94E-3  K/β+=100  15.302E6(K/β+)  -38.601E6  467.907E6  54^±HSP  10. Cu55 26  54.96605024  54.95014142    3/2−  radioakt.  40E-3  ß-=>0; β−n=>0  13.711E6(ß-); 9.096E6(ß-n)  -31.624E6  452.859E6  38^±HSP  11. Cu54 25  53.97671053  53.9608017    3+  radioakt.  75E-9  ε>0; pε>0; p>0  17.517E6(ε); 13.662E6(pε); 0.387E6(p)  -21.694E6  434.857E6  19^±TSP  12. Cu53 24  52.9855501  52.96964128    3/2−  radioakt.  300E-9  ε>0; pε>0; p>0  15.91E6(ε); 13.167E6(pε); 1.905E6(p)  -13.46E6  418.552E6  87^±HSP  13. Cu64 35  63.92976444  63.91385563    1+  radioakt.  12.700h  K/β+=61.5; β−=38.5  1.675E6(K/β+); 0.579E6(β−)  -65.424E6  559.301E6  0.27E3#σ(n.γ)  14. Cu66 37  65.92886879  65.91295997    1+  radioakt.  5.120min  ß-=100  2.641E6  -66.2583E6  576.278E6  135#σ(n.γ)  15. Cu67 38  66.92773115  66.91182233    3/2−  radioakt.  61.83h  ß-=100  0.562E6  -67.318E6  585.409E6  54^±TSP  16. Cu68 39  67.92961093  67.91370211    1+  radioakt.  31.1  ß-=100  4.44E6  -65.567E6  591.729E6  57^±TSP  17. Cu68+1 39  67.92961093  67.91370211    −  radioakt.  (<)3.75min  IT=84; β−=16  0.722E6(IT); 5.182E6(β−)  -65.567E6  591.729E6  79^±TSP  18. Cu68+2 39  67.92961093  67.91370211    (6−)  radioakt.  (>)3.75min  IT=84; β−=16  0.722E6(IT); 5.182E6(β−)  -65.567E6  591.729E6  75^±TSP  19. Cu69 40  68.92942928  68.91352047    3/2−  radioakt.  2.85min  ß-=100  2.682E6  -65.7362E6  599.969E6  Nihil^±TSP  20. Cu70 41  69.93239248  69.91648366    6−  radioakt.  45.5  ß-=100  6.589E6  -62.976E6  605.281E6  24^±TSP  21. Cu70+1 41  69.93239248  69.91648366    –  radioakt.  44.5  ß-=100  6.739E6  -62.976E6  605.281E6  36^±TSP  22. Cu70+2 41  69.93239248  69.91648366    –  radioakt.  (>)47  ß-=100  6.739E6  -62.976E6  605.281E6  55^±TSP  23. Cu71 42  70.93267686  70.91676805    3/2−  radioakt.  19.5  ß-=100  4.616E6  -62.7111E6  613.087E6  Nihil^±TSP  24. Cu72 43  71.93582031  71.91991149    1+  radioakt.  6.6   ß-=100  8.22  -59.783E6  618.23E6  15^±TSP  25. Cu73 44  72.93667528  72.92076646     3/2−  radioakt.  4.2  ß-=100  6.424E6  -58.9866E6  625.505E6  25^±TSP  26. Cu74 45  73.93987487  73.92396605    1+  radioakt.  1.594  ß-=100  9.703E6  -56.0062E6  630.596E6  36^±TSP  27. Cu75 46  74.9419  74.92599119    3/2−  radioakt.  1.224  ß-=96.5; β−n=3.5  8.349E6(β−); 3.518E6(β−n)  -54.1198E6  636.781E6  90^±TSP  28. Cu76 47  75.94527501  75.92936619    3+  radioakt.  641E-3  ß-=97; β−n=3  11.161E6(β−); 3.422E6(β−n)  -50.976E6  641.708E6  76^±TSP  29. Cu76+1 47  75.94527501  75.92936619      radioakt.  1.27   ß-=100    -50.976E6  641.708E6  Nihil^±TSP  30. Cu77 48  76.94785044  76.93194163    3/2−  radioakt.  469E-3  ß-=>0; β−n=>0  10.145E6(ß-); 5.488E6(ß-n)  -48.577E6  647.381E6  Nihil^±TSP  31. Cu78 49  77.95195997  77.93605115    3+  radioakt.  342E-3  ß-=>0; β−n=>0  12.594E6(ß-); 5.902E6(ß-n)  -44.749E6  651.624E6  Nihil^±TSP  32. Cu79 50  78.9545601  78.93865128    3/2−  radioakt.  188E-3  ß-=65; β−n=55  11.093E6(β−); 6.944E6(β−n)  -42.327E6  657.273E6  Nihil^±TSP  33. Cu80 51  79.96087039  79.94496157    3+  radioakt.  <300E-9  ß-=>0; β−n=>0  15.396E6(ß-); 8.9E6(ß-n)  -36.449E6  659.467E6  Nihil^±TSP    Zink    Zn    Kernladungszahl Z=30 (p=30)   Zn(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. Zn64 34  63.92914286   63.91268547  48.6%  0+  radioakt.  28E15a  2ε  1.096E6  -66.003E6  559.097E6  0.78#σ(n.γ)  2. Zn66 36  65.92603345   65.90957605  27.9%  0+     stabil      -68.8994E6  578.136E6  0.85#σ(n.γ)  3. Zn68 38  67.92484418   67.90838678  18.8%  0+     stabil      -70.0072E6  595.387E6  1#σ(n.γ); 72E-3#σ(n.it)  4. Zn67 37  66.92712782   66.91067042  4.1%  5/2−     stabil      -67.88E6  585.188E6  6.9#σ(n.γ)  5. Zn70 40  69.92531922  69.90886182  0.6%  0+  radioakt.  13E15a  2ß-  0.998E6   -69.5647E6  611.087E6  83E-3#σ(n.γ); 8.7E-3#σ(n.it)  6. Zn69+1 39  68.92655025   68.91009286    9/2+  radioakt.  13.76h  IT=99.967; β−=0.033  0.439E6(IT); 1.345E6(β−)  -68.418E6  601.869E6  68^±TSP  7. Zn69 39  68.92655025   68.91009286    1/2−  radioakt.  56.4min  β−=100  0.909E6  -68.418E6  601.869E6  91^±TSP  8. Zn65 35  64.92924098   64.91278359    5/2−  radioakt.  243.625d  K/β+=100  1.352E6  -65.9116E6  567.077E6  Nihil^±TSP  9. Zn63 33  62.9332116   62.9167542    3/2−  radioakt.  38.4667  K/β+=100  3.367E6  -62.213E6  547.236E6  Nihil^±TSP  10. Zn62 32  61.93433023   61.91787283    0+  radioakt.  9.186h  K/β+=100  1.626E6  -61.171E6  538.123E6  Nihil^±TSP  11. Zn61 31  60.93988153  60.92342413    3/2−  radioakt.  89.1  K/β+=100  5.984E6  -56E6  524.88E6  Nihil^±TSP  12. Zn60 30  59.941827   59.9253696    0+  radioakt.  2.38min  K/β+=100  4.156E6   -54.1878E6  514.997E6  Nihil^±TSP  13. Zn59 29  58.94926376   58.93280637    3/2−  radioakt.  182.0E-3  ß-=99.9; β−n=0.10  9.097E6(β+); 5.678E6(Kp)  -47.2605E6  499.998E6  Nihil^±TSP  14. Zn58+1 28  57.95459155   57.93813415    0(+)  radioakt.  85E-3  Kp=100  6.495E6   -42.2977E6  486.964E6  Nihil^±TSP  15. Zn58 28  57.95459155   57.93813415    0+  radioakt.  84E-3  K/β+<96.6; Kp>3.4  9.364E6(ε); 6.495E6(pε)  -42.2977E6  486.964E6  Nihil^±TSP  16. Zn57 27  56.96478775   56.94833035    7/2−  radioakt.  38E-3  K/β+<35; Kp>65  14.51E6(β+). 13.814E6(Kp)  -32.8E6  469.395E6  Nihil^±TSP  17. Zn56 26  55.97237986   55.95592246    0+  radioakt.  500E-9  K/β+=<100; Kp=>0  12.873E6(β+); 12.318E6(Kp)   -25.728E6  454.252E6  Nihil^±TSP  18. Zn55 25  54.9839795  54.9675221    5/2−  radioakt.  20E-3  K≈>0; K2p≈>0 ; Kp≈>0   16.701E6(β+); 16.999E6(2Kp); -0.518E6(Kp)  -14.923E6  435.375E6  Nihil^±TSP  19. Zn71 41  70.9277216   70.9112642    1/2−  radioakt.  2.45min  ß-=100  2.813E6  -67.3269E6  616.92 E6  Nihil^±TSP  20. Zn71+1 41  70.9277216  70.9112642    9/2+  radioakt.  3.96h  β−≈100; IT<0.05  2.971E6(β−); 0.158E6(IT)  -67.3269E6  616.92E6  Nihil^±TSP  21. Zn72 42  71.92685793   71.91040053    0+  radioakt.  46.5h  β−=100  0.458E6  -68.1314E6  625.796E6  Nihil^±TSP  22. Zn73 43  72.92977915  72.91332176    1/2−  radioakt.  23.5   β−=100  4.289E6  -65.4103E6  631.146E6  Nihil^±TSP  23. Zn73+1 43  72.92977915   72.91332176    7/2+  radioakt.  5.8  β−=?; IT=?  4.486E6(β−); 0.196E6(IT)  -65.4103E6  631.146E6  Nihil^±TSP  24. Zn74 44  73.92945859   73.91300119    0+  radioakt.  95.6  ß-=>0; β−n=>0  2.341E6(β−); -4.081E6(β−n)  -65.7089E6  639.516E6  Nihil^±TSP  25. Zn75 45  74.93293677  74.91647937    7/2+  radioakt.  10.2  ß-=100  5.996E6  -62.469E6  644.348E6  Nihil^±TSP  26. Zn76 46  75.93329361   75.91683622    0+  radioakt.  5.7  ß-=100  4.16E6  -62.1366E6  652.087E6  Nihil^±TSP  27. Zn77 47  76.93695902   76.92050162    7/2+  radioakt.  2.08  ß-=100  7.27E6  -58.7223E6  656.744E6  Nihil^±TSP  28. Zn77+1 47  76.93695902   76.92050162    1/2−  radioakt.  1.05  IT>50; β−<50   0.772E6(IT); 8.042E6(β−)  -58.7223E6  656.744E6  Nihil^±TSP  29. Zn78 48  77.93844019   77.92198279    0+  radioakt.  1.47  ß-=100  6.364E6  -57.3426E6  663.435E6  Nihil^±TSP  30. Zn79 49  78.94265127   78.92619387    (9/2+)  radioakt.  995E-3  ß-=100; β−n=1.3  9.09E6(β−). 2.215E6(β−n)  -53.42E6  667.584E6  Nihil^±TSP  31. Zn80 50  79.94434232   79.92788492    0+  radioakt.  540E-3  ß−=99.0; β−n=1.0  7.29E6(β−); 2.6593E6(β−n)  -51.8448E6  674.08E6  Nihil^±TSP  32. Zn81 51  80.95047955   80.93402216      radioakt.  290E-3  ß-=92.5; β−n=7.5  11.855E6(β−); 4.936E6(β−n)  -46.128E6  676.435E6  Nihil^±TSP  33. Zn82 52  81.95442053   81.93796314    0+  radioakt.  <150E-9  ß-=?; β−n=?  10.647E6(β−); 7.455E6(β−n)  -42.457E6  680.835E6  Nihil^±TSP  34. Zn83 53  82.96103035  82.94457295    5/2+  radioakt.  <150E-9  ß-=>0; β−n=>0  13.088E6(β−); 8.733E&(β−n)  -36.3E6  682.749E6  Nihil^±TSP    Gallium    Ga    Kernladungszahl Z=31 (p=31)   Ga(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. Ga69 38  68.9255744  68.90856842  60.10770106%  3/2−     stabil      -69.327E6  601.996E6  1.75#σ(n.γ)  2. Ga71 40  70.9247014  70.90769542  39.89229894%  3/2−     stabil      -70.1402E6  618.951E6  4.61#σ(n.γ)  3. Ga68 37  67.92798011  67.91097413    1+  radioakt.  67.629min  K/β+=100  2.921E6  -67.0861E6  591.683E6    4. Ga67 36  66.92820244  66.91119646    3/2−  radioakt.  3.2612d  K=100  1.001E6  -66.879E6  583.405E6    5. Ga66 35  65.93158904  65.91458306    0+  radioakt.  9.49h  K/β+=100  5.175E6  -63.7244E6  572.179E6    6. Ga65 34  64.93273473  64.91572875    3/2−  radioakt.  15.2min  K/β+=100  3.254E6  -62.6572E6  563.041E6    7. Ga64 33  63.9368391  63.91983312    0+  radioakt.  2.627min  K/β+=100  7.169E6  -58.834E6  551.146E6    8. Ga63 32  62.93929419  62.92228821    3/2−  radioakt.  32.4  K/β+=100  5.666E6  -56.5471E6  540.788 E6    9. Ga62 31  61.9441757  61.92716972    0+  radioakt.  116.12E-3  K/β+=100  9.171E6  -52E6  528.169E6    10. Ga61 30  60.94944627  60.93244029    3/2−  radioakt.  0.168  K/β+=100  9.0E6  -47.0905E6  515.189E6    11. Ga60 29  59.95706038  59.9400544    2+  radioakt.  70E-3  K=98.38; β+p=1.6; β+α=>0  14.19E6(K/β+); 9.07E6(Kp); 9.07E6(Kα)  -39.998E6  500.025E6    12. Ga70 39  69.92602196  69.90901599    1+  radioakt.  1268.4s  β−=99.59; K=0.41  1.656E6(β−); 0.655E6(K)  -68.9101E6  609.65    13. Ga72 41  71.92636625  71.90936027    3−  radioakt.  14.10h  ß-=100  3.997E6  -68.5894E6  625.472E6    14. Ga72+1 41  71.92636625  71.90936027    0+  radioakt.  39.68E-3   IT=100  0.120E6  -68.5894E6  625.472E6    15. Ga73 42  72.92517472  72.90816874    3/2−  radioakt.  4.86h  ß-=100  1.598E6  -69.6993E6  634.653E6    16. Ga74 43  73.92694575  73.90993977    3−  radioakt.  8.12min  ß-=100  5.373E6  -68.0496E6  641.075E6    17. Ga74+1 43  73.92694575  73.90993977    0  radioakt.  9.5  IT>50; β−<50   0.06E6(IT); 5.43E6(β−)  -68.0496E6  641.075E6    18. Ga75 44  74.92650023  74.90949425    3/2−  radioakt.  126  ß-=100  3.392E6  -68.4646E6  649.561E6    19. Ga76 45  75.92882767  75.91182169    3+  radioakt.  32.6  ß-=100  6.916E6  -66.2966E6  655.464E6    20. Ga77 46  76.92915435  76.91214837    3/2−  radioakt.  13.2  ß-=100  5.222E6  -65.9923E6  663.231E6    21. Ga78 47  77.93160815  77.91460217    3+  radioakt.  5.09  ß-=100  8.156E6  -63.7066E6  669.017E6    22. Ga79 48  78.93289329  78.91588731    3/2−  radioakt.  2.847  β−=99.91; β−n=0.09  6.979E6(β−); 1.281E6(β−n)  -62.5095E6  675.891E6    23. Ga80 49  79.93651575  79.91950977    3+  radioakt.  1.697  β−=99.14; β−n=0.86  10.38E6(β−); 2.282E6(β−n)  -59.1352E6  680.588E6    24. Ga81 50  80.93775269  80.92074671    5/2−  radioakt.  1.217  β−=88.1; β−n=11.9  8.32E6(β−); 3.461E6(β−n)  -57.983E6  687.507E6    25. Ga82 51  81.94299051  81.92598453    3+  radioakt.  0.599  β−=80.2; β−n=19.8  12.52E6(β−); 5.128E6(β−n)  -53.104E6  690.7E6    26. Ga83 52  82.9469798  82.92997382    3/2−  radioakt.  308E-3  β−=63; β−n=37  11.513E6(β−); 8.165E6(β−n)  -49.388E6  695.055E6    27. Ga84 53  83.95265026  83.93564428    n±  radioakt.  85E-3  β−=30; β−n=70  14.14E6(β−); 8.724E6(β−n)  -44.106E6  697.844E6    28. Ga85 54  84.95700026  84.93999428    3/2−  radioakt.  <150E-9  ß-=>0; β−n=>0  13.013E6(ß-); 10.121E6(ß-n)  -40.054E6  701.864E6    29. Ga86 55  85.96312054  85.94611456    n±  radioakt.  <150E-9  ß-=>0; β−n=>0  15.491E6(ß-); 10.643E6(ß-n)  -34.353E6  704.234E6      Germanium    Ge    Kernladungszahl Z=32 (p=32)   Ge(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. Ge74 42  73.92117781  73.90362325  36.73%  0+     stabil      -73.4224E6  645.665E6  0.36#σ(n.γ); 0.164#σ(n.it)  2. Ge72 40  71.92207583  71.90452127   27.31%  0+     stabil      -72.5859E6  628.686E6  0.89#σ(n.γ); 0.5#σ(n.it)  3. Ge70 38  69.92424739  69.90669284  20.37%  0+     stabil      -70.5631E6  610.521E6  2.77#σ(n.γ); 0.28#σ(n.it)  4. Ge73 41  72.92345898  72.90590443  7.76%  9/2+     stabil      -71.2975E6  635.469E6  14.7#σ(n.γ)  5. Ge76 44  75.92140261  75.90384805  8.83%  0+  radioakt.  1.6E21a      -73.213E6  661.598E6  55E-3#σ(n.γ); 0.1#σ(n.it)  6. Ge73+1 41  72.92345898  72.90590443    1/2−  radioakt.  0.499  IT=100  0.067E6  -71.2975E6  635.469E6    7. Ge71+1 39  70.92495099  70.90739644    9/2+  radioakt.  20.40E-3  IT=100  0.198E6  -69.9077E6  617.937E6    8. Ge71 39  70.92495099  70.90739644    1/2−  radioakt.  11.43d  K=100  0.233E6  -69.9077E6  617.937E6    9. Ge69+2 37  68.92796454  68.91040998    9/2+  radioakt.  2.81E-6  IT=100  0.398E6  -67.1006E6  598.987E6    10. Ge69+1 37  68.92796454  68.91040998    1/2−  radioakt.  5.1E-6  IT=100  0.087E6  -67.1006E6  598.987E6    11. Ge69 37  68.92796454  68.91040998    5/2−  radioakt.  39.05h  K/β+=100  2.226E6  -67.1006E6  598.987E6    12. Ge68 36  67.92809422  67.91053967    0+  radioakt.  270.8d  K=100  0.106E6  -66.9798E6  590.795E6  1#σ(n.γ)  13. Ge67 35  66.93273494  66.91518038    1/2−  radioakt.  18.9min  K/β+=100  4.222E6  -62.657E6  578.401E6    14. Ge66 34  65.93384348  65.91628893    0+  radioakt.  2.26h  K/β+=100  2.1E6  -61.6244E6  569.297E6    15. Ge65 33  64.93943643  64.92188188    3/2−  radioakt.  30.9  K/β+=100  6.243E6  -56.4146E6  556.016E6    16. Ge64 32  63.94165395  63.92409939    0+  radioakt.  63.7   K/β+=100  4.485E6  -54.349E6  545.879E6    17. Ge63 31  62.94964004  62.93208549    3/2−  radioakt.  142E-3  K/β+=100  9.637E6  -46.91E6  530.368E6    18. Ge62 30  61.95465027  61.93709572    0+  radioakt.  0.11  ß-=>0; β−n=>0  9.757E6(ß-); 6.468E6(ß-n)  -42.243E6  517.63E6    19. Ge61 29  60.96379043  60.94623587    3/2−  radioakt.  39E-3  K/β+=20; Kp=80  13.361E6(K/β+); 13.17E6(Kp)  -33.729E6  501.045E6    20. Ge60 28  59.97018982  59.95263527    0+  radioakt.  30E-3  ε>0%; pε>0%; p >0%   12.23E6(ε); 12.204E6(pε); -0.936E6(p)  -27.768E6  487.012E6    21. Ge75 43  74.92285898  74.90530442    1/2−  radioakt.  82.78min  ß-=100  1.176E6  -71.8564E6  652.171E6    22. Ge75+1 43  74.92285898  74.90530442    7/2+  radioakt.  47.7  IT=99.970; β−=0.030  0.140E6(IT); 1.316E6(β−)  -71.8564E6  652.171E6    23. Ge77 45  76.92354862  76.90599407    7/2+  radioakt.  11.30h  ß-=100  2.703E6  -71.214E6  667.671E6    24. Ge77+1 45  76.92354862  76.90599407    1/2−  radioakt.  52.9   β−=81; IT=19  2.862E6(β−); 0.160E6(IT)  -71.214E6  667.671E6    25. Ge78 46  77.92285275  77.9052982    0+  radioakt.  5280.120  ß-=100  0.955E6  -71.8622E6  676.39E6    26. Ge79 47  78.92540102  78.90784647    1/2−  radioakt.  18.98  -β−=100  4.148E6  -69.4885E6  682.088E6    27. Ge79+1 47  78.92540102  78.90784647    7/2+  radioakt.  39.0  β−=96; IT=4  4.336E6(β−); 0.186E6(IT)  -69.4885E6  682.088E6    28. Ge80 48  79.92537236  79.9078178    0+  radioakt.  29.5  ß-=100  2.644E6  -69.5152E6  690.186E6    29. Ge80+1 48  79.92537236  79.9078178    1/2+  radioakt.  7.6  ß-=100  6.909E6  -69.5152E6  690.186E6    30. Ge81 49  80.92882048  80.91126592    9/2+  radioakt.  7.6   ß-=100  6.23E6  -66.3033E6  695.045E6    31. Ge81+1 49  80.92882048  80.91126592    1/2+  radioakt.  7.6  ß-=100  6.909E6  -66.3033E6  695.045E6    32. Ge82 50  81.92954974  81.91199518    0+  radioakt.  4.55  ß-=100  4.7E6  -65.624E6  702.437E6    33. Ge83 51  82.93462009  82.91706553    5/2+  radioakt.  1.85   ß-=100  8.98E6  -60.901E6  705.786E6    34. Ge84 52  83.93747035  83.91991579    0+  radioakt.  947E6  β−=100  7.836E6  -58.246E6  711.202E6    35. Ge85 53  84.94303023  84.92547567    5/2+  radioakt.  535E-3  β−=100  10.256E6  -53.067E6  714.094E6    36. Ge86 54  85.94649026  85.92893571    0+  radioakt.  <150E-9  ß-=100  9.306E6  -49.844E6  718.943E6    37. Ge87 55  86.95250963  86.93495507    5/2+  radioakt.  140E-9  β−=<100. β−n>0  11.746E6(ß-); 6.842E6(ß-n)  -44.237E6  721.407E6    38. Ge88 56  87.95691008  87.93935553     0+  radioakt.  <300E-9  ß-=>0; β−n=<100  11.15E6(ß-); 7.774E6(ß-n)  -40.138E6  725.379E6      Arsen    As    Kernladungszahl Z=33 (p=33)   As(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. As75 42  74.92159692  74.90349378  100%  3/2−     stabil      -73.032E6  652.564E6  4.09#σ(n.γ)  2. As74 41  73.92392973  73.9058266    2−  radioakt.  17.77d  K/β+=66; β−=34  2.563E6(K/β+); 1.353E6(β−)  -70.859E6  642.319E6    3. As73 40  72.92382485  72.90572171    3/2−  radioakt.  80.342d  K = 100  0.341E6  -70.9567E6  634.346E6    4. As72 39  71.92675229  71.90864916    2−  radioakt.  26.0h  K/β+=100  4.356E&  -68.2298E6  623.548E6    5. As71 38  70.92711247  70.90900933    5/2−  radioakt.  65.28h  K/β+=100  2.013E6  -67.8943E6  615.141E6    6. As70 37  69.93092484  69.9128217    4+  radioakt.  3156  K/β+=100  6.22E6  -64.3431E6  603.518E6    7. As69 36  68.93227364  68.9141705     5/2−  radioakt.  912  K/β+=100  4.014E6  -63.0867E6  594.191E6    8. As68 35  67.93676932  67.91866618    3+  radioakt.  151.6  K/β+=100  8.081E6  -58.899E6  581.932E6    9. As67 34  66.93918694  66.92108381    5/2−  radioakt.  42.5   K/β+=100  6.01E6  -56.647E6  571.608E6    10. As66 33  65.94471001  65.92660687    0+  radioakt.  95.8E-3   K/β+=100  10.122E6  -51.5023E6  558.392E6    11. As65 32  64.94956382  64.93146068     3/2−  radioakt.  128E-3  ε>0%; pε>0%   9.434E6(ε); 4.564E6(pε)  -46.981E6  545.8E6    12. As64 31  63.95757246  63.93946932      radioakt.  18E-3  ε>0%; pε>0%   14.828E6(ε); 9.737E6(pε)  -39.521E6  530.268E6    13. As75+1 42  74.92159692  74.90349378    9/2+  radioakt.  16.79E-3   IT=100  0.3001280001E6  -73.032E6  652.564E6    14. As76 43  75.92239403  75.90429089    2−  radioakt.  1.0778d   ß-=100  2.962E6  -72.2895E6  659.893E6    15. As77 44  76.92064726  76.90254413    3/2−  radioakt.  38.83h   ß-=100  0.682E6  -73.9166E6  669.591E6    16. As77+1 44  76.92064726  76.90254413    9/2+  radioakt.  114E-6  IT=100  0.475E6  -73.9166E6  669.591E6    17. As78 45  77.9218273  77.90372417    2−  radioakt.  5442  ß-=100  4.209E6  -72.8174E6  676.563E6    18. As79 46  78.92094796  78.90284483    3/2−  radioakt.  540.6  ß-=100  2.281E6  -73.6365E6  685.454E6    19. As80 47  79.9225338  79.90443067    1+  radioakt.  15.2   ß-=100  5.601E6  -72.1593E6  692.048E6    20. As81 48  80.9221323   80.90402916    3/2−  radioakt.  33.3  ß-=100  3.856E6  -72.5333E6  700.493E6    21. As82 49  81.92450408  81.90640094    1+  radioakt.  19.1  ß-=100  7.27E6  -70.324E6  706.355E6    22. As82+1 49  81.92450408  81.90640094    5−  radioakt.  13.6  ß-=100  7.27E6  -70.324E6  706.355E6    23. As83 50  82.92497998  82.90687684    3/2−  radioakt.  13.4  ß-=100  5.46E6  -69.8807E6  713.983E6    24. As84 51  83.92905805  83.91095492    3−  radioakt.  3.24  ß-=99.72; β−n=0.28  9.87E6(ß-); 1.187E6(ß-n)  -66.082E6  718.256E6    25. As85 52  84.93201996  84.91391682    3/2−  radioakt.  2.021  ß-=40.6; β−n=59.4  9.105E6(ß-); 4.557E6(ß-n)  -63.323E6  723.568E6    26. As86 53  85.93649986  85.91839672      radioakt.  945E-3  ß-=67; β−n=33  11.391E6(ß-); 5.207E6(ß-n)  -59.15E6  727.466E6    27. As87 54  86.93989978  86.92179664    3/2−  radioakt.  560E-3  ß-=84.6; β−n=15.4  10.599E6(ß-); 6.486E6(ß-n)  -55.983E6  732.371E6    28. As88 55  87.94494007  87.92683693      radioakt.  300E-9  ß-=>0; β−n=>0  12.59E6(ß-); 7.223E6(ß-n)  -51.288E6  735.747E6    29. As89 56  88.94938991  88.93128677         300E-9  ß-=>0; β−n=>0  12.053E6(ß-); 8.664E6(ß-n)  -47.143E6  739.673E6    30. As90 57  89.95550052  89.93739738      radioakt.  300E-9  ß-=>0; β−n=>0  14.476E6(ß-); 9.674E6(ß-n)  -41.451E6  742.053E6    31. As91 58  90.96043023  90.9423271      radioakt.  150E-9  ß-=>0; β−n=>0  13.479E6(ß-); 10.997E6(ß-n)  -36.859E6  745.532E6    32. As92 59  91.96679957  91.94869644      radioakt.  300E-9  ß-=>0; β−n=>0  15.723E6(ß-); 11.341E6(ß-n)  -30.926E6  747.67E6      Selen    Se    Kernladungszahl Z=34 (p=34)   Se(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. Se80 46  79.91652131  79.89786959  49.61%  0+     stabil      -77.7599E6  696.866E6  0.53#σ(n.γ); 48e-3#σ(n.it)  2. Se78 44  77.91730919  77.89865747  23.77%  0+     stabil      -77.026E6  679.989E6  0.050#σ(n.γ); 0.380#σ(n.it)  3. Se76 42  75.91921365  75.90056194  9.37 %  0+     stabil      -75.252E6  662.073E6  64.8#σ(n.γ); 20#σ(n.it)  4. Se82 48  81.91669941  81.8980477  8.73%  0+  radioakt.  9.1E19a  2β-  2.995E6  -77.594E6  712.843E6  5.2E-3#σ(n.γ); 44E-3#σ(n.it)  5. Se77 43  76.91991468  76.90126296  7.63%  1/2−     stabil      -74.599E6  669.491E6  41.5#σ(n.γ)  6. Se74 40  73.92247723  73.90382551  0.89%  0+  radioakt.  5.5E18a  2ε=100  1.21E6  -72.212E6  642.89E6  52.2#σ(n.γ)  7. Se73+1 39  (72.92676604)  (72.90811432)    3/2−  radioakt.  2388  K/β+=27.4; IT=72.6  2.766E6(K/β+); 0.026E6(IT)  (-68.217E6)  (630.824E6)    8. Se73 39  72.92676604  72.90811432    9/2+  radioakt.  25740  K/β+=100  2.74E6  -68.217E6  630.824E6    9. Se72 38  71.92711236  71.90846064    0+  radioakt.  725760  K=100  0.335E6  -67.8944E6  622.43E6    10. Se71 37  70.93224186   70.91359015    5/2−  radioakt.  284.4  K=100  4.778E6  -63.1163E6  609.581E6    11. Se70 36  69.93339066  69.91473895    0+  radioakt.  2466  K=100  2.297E6  -62.0462E6  600.439E6    12. Se69 35  68.93955785  68.92090613    3/2−  radioakt.  27.4  K=100  6.785E6  -56.3015E6  586.623E6    13. Se68 34  67.94179888   67.92314716    0+  radioakt.  35.5  K=100  4.685E6  -54.214E6  576.464E6    14. Se67 33  66.95008986  66.93143814      radioakt.  136E-3  K=99.5; Kp=0.5  10.156E6(ε); 7.844E6(pε)  -46.491E6  560.67E6    15. Se66 32  65.95520959  65.93655787    0+  radioakt.  33E-3  ε=<100%; pε>0%   9.78E6(ε); 7.404E6(pε)  -41.722E6  547.83E6    16. Se65 31  64.96466  64.94600828      radioakt.    ε=<100%; pε>0%   14.062E6(ε); 14.141E6(pε)  -32.919E6  530.955E6    17. Se75 41  74.92252339  74.90387167    5/2+  radioakt.  10346400  K=100  0.863E6  -72.169E6  650.918E6    18. Se77+1 43  (76.91991468)  (76.90126296)    7/2+  radioakt.  17.36   IT=100  0.162E6  (-74.599E6)  (669.491E6)  (41.484#σ(n.γ))  19. Se79 45  78.91849975  78.89984803     7/2+  radioakt.  295211.3637557a  ß-=100  0.151E6  -75.917E6  686.952E6    20. Se79+1 45  (78.91849975)  (78.89984803)    1/2−  radioakt.  235.2  IT=99.944; β−=0.056  0.096E6(IT); 0.247E6(β−)  (-75.917E6)  (686.952E6)    21. Se81 47  80.9179925  80.89934078    1/2−  radioakt.  1107  ß-=100  1.585E5  -76.3895E6  703.567E6    22. Se81+1 47  ()  ()    7/2+  radioakt.  3436.8  IT=99.948; β−=0.052  0.103E6(IT); 1.688E6(β−)  ()  ()  ()  23. Se83 49  82.91911843  82.90046671    9/2+  radioakt.  1338  ß-=100  3.668E6  -75.3407E6  718.661E6    24. Se83+1 49  ()  ()    1/2−  radioakt.  70.1 s  ß-=100  3.896E6  ()  ()  ()  25. Se84 50  83.91846239  83.89981067    0+  radioakt.  186  ß-=100  1.847E6  -75.9518E6  727.343E6    26. Se85 51  84.92224502  84.9035933    5/2+  radioakt.  31.7  ß-=100  6.182E6  -72.4283E6  731.891E6    27. Se86 52  85.92427155  85.90561983    0+  radioakt.  15.3  ß-=100  5.099E6  -70.5406E6  738.075E6    28. Se87 53  86.92852139  86.90986967    5/2+  radioakt.  5.5  ß-=99.8; β−n=0.2  7.7275E(ß-); 0.986E(β−n)  -66.5819E6  742.187E6    29. Se88 54  87.93142414  87.91277243    0+  radioakt.  1.53  ß-=99.33; β−n=0.67  6.854E(ß-); 1.908E(β−n)  -63.878E6  747.555E6    30. Se89 55  88.93645048  88.91779876    5/2+  radioakt.  410E-3  ß-=99.59; β−n=0.41  9.376E(ß-); 3.465E(β−n)  -59.196E6  750.944E6    31. Se90 56  89.93995989  89.92130818    0+  radioakt.  <300E-9  ß-=>0; β−n=>0  8.693E(ß-); 4.573E(β−n)  -55.927E6  755.746E6    32. Se91 57  90.94595993  90.92730822      radioakt.  270E-3  ß-=79; β−n=21  11.17E(ß-); 6.211E(β−n)  -50.338E6  758.229E6    33. Se92 58  91.94992024  91.93126852    0+  radioakt.  <300E-9  ß-=>0; β−n=>0  9.931E(ß-); 6.788E(β−n)  -46.649E6  762.611E6    34. Se93 59  92.95628957  92.93763786    1/2+  radioakt.  <150E-9  ß-=>0; β−n=>0  12.333E(ß-); 7.793E(β−n)  -40.716E6  764.749E6    35. Se94 60  93.96049035  93.94183864    0+  radioakt.  <150E-9  ß-=>0; β−n=>0  11.001E(ß-); 8.175E(β−n)  -36.803E6  768.908E6      Brom    Br    Kernladungszahl Z=35 (p=35)   Br(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. Br79 44  78.9183371  78.89913681  50.69%  3/2−     stabil      -76.0685E6  686.321E6  7.88#σ(n.γ); 2.44#σ(n.it)  2. Br81 46  80.91629061  80.89709031  49.31%  3/2−     stabil      -77.9748E6  704.37E6  0.235#σ(n.γ); 2.12#σ(n.it)  3. Br80+1 45  79.91852  79.89932    5−  radioakt.  15913.8  IT=100  0.086 E6  -75.88E6  694.2E6    4. Br80 45  79.91852927  79.89932897    1+  radioakt.  1061  β−=91.7; K/β+=8.3  2.002E(ß-); 1.87E(K/β+)  -75.8895E6  694.213E6    5. Br79+1 44  78.91833  78.89913    9/2+  radioakt.  4.86  IT=100  0.208E6  -76.06E6  686.3E6    6. Br78+1 43  77.92114  77.90194    (4+)  radioakt.  119.2e-6      -73.45E6  675.6E6    7. Br78 43  77.92114571  77.90194541    1+  radioakt.  388  K/β+=99.9; β−=0.01  3.574E6(ß-); 0.727E6(K/β+)  -73.4523E6  675.633E6    8. Br77+1 42  76.92138  76.90217    9/2+  radioakt.  256.8  IT=100  106E6  -73.2E6  667.3E6    9. Br77 42  76.92138006  76.90217977    3/2−  radioakt.  205329.6  K/β+=100  1.365E6  -73.234E6  667.344E6    10. Br76+1 41  75.92454  75.90534    (4+)  radioakt.  1.31   IT>99.4; K/β+<0.6   0.103E6(IT); 5.066E6   -70.2E6  656.3E6    11. Br76 41  75.92454165  75.90534136    1−  radioakt.  58320  K/β+=100  4.963E6  -70.289E6  656.327E6  244#σ(n.p)  12. Br75 40  74.92577623  74.90657593    3/2−  radioakt.  5802  K/β+=100  3.03E6  -69.139E6  647.106E6    13. Br74+1 39  73.92989  73.910690    4(+)  radioakt.  2760  K/β+=100  9.921E6   -65.3E6  635.2E6    14. Br74 39  73.92989102  73.91069072    (0−)  radioakt.  1524  K/β+=100  6.906E6  -65.3061E6  635.202E6    15. Br73 38  72.93169156  72.91249127    1/2−  radioakt.  204  K/β+=100  4.588E6  -63.6289E6  625.453E6    16. Br72+1 37  71.93664  71.91744    1−  radioakt.  10.6  IT<100; K/β+>0   0.101E6(IT); 8.801E6(K/β+)   -59.0E6  612E6    17. Br72 37  71.93664457  71.91744428    1+  radioakt.  4716  K/β+=100  8.879E6  -59.0152E6  612.768E6    18. Br71 36  70.93874003  70.91953973    5/2−  radioakt.  21.4  K/β+=100  6.053E6  -57.0633E6  602.745E6    19. Br70+1 35  69.94479  69.92559      radioakt.  2.2  K/β+=100    -51.E6  589.E6    20. Br70 35  69.94479192  69.92559162    0+  radioakt.  79.1  ε>0; pε>0  10.62E(ε); 4.372E(pε)  -51.426E6  589.037E6    21. Br69 34  68.95010596  68.93090566      radioakt.  24E-9  ε>0; pε>0; p>0  9.826E6(ε); 5.134E6(pε); 0.449E6(p)  -46.476E6  576.015E6    22. Br68 33  67.95851611  67.93931581      radioakt.  1.2E-6  ε>0%; pε>0%; p >0%   15.572E6(ε); 10.716E6(pε); 0.56E6(p)  -38.642E6  560.11E6    23. Br82 47  81.91680408  81.89760379    5−  radioakt.  127015  ß-=100  3.093E6  -77.4965E6  711.963E6    24. Br82+1 47  81.91680  81.89760    2−  radioakt.  367.8  IT=97.6; β−=2.4  0.046E6(IT); 3.139E6(β−)   -77.4E6  711.9E6    25. Br83 48  82.91518045  82.89598016    3/2−  radioakt.  8640  ß-=100  0.973E6  -79.0089E6  721.547E6    26. Br84 49  83.91647901  83.91647901    2−  radioakt.  1908  ß-=100  4.632E6  -77.7993E6  728.408E6    27. Br84+1 49  83.91647(82)  83.897278()    6−  radioakt.  360  ß-=100  4.970E6  -77.79E6  728.4E6    28. Br85 50  84.91560837  84.89640807    3/2−  radioakt.  174  ß-=100  2.87E6  -78.6103E6  737.291E6    29. Br86 51  85.91879755  85.89959725    2−  radioakt.  55.1  ß-=100  7.626E6  -75.6396E6  742.391E6    30. Br87 52  86.92071135  86.90151106    3/2−  radioakt.  55.65  ß-=97.4; β−n=2.6  6.852E6(ß-); 1.337E6(β−n)  -73.8569E6  748.68E6    31. Br88 53  87.92406607  87.90486578    2−  radioakt.  16.29  ß-=93.42; β−n=6.58  8.96E6(ß-); 1.906E6(β−n)  -70.732E6  753.626E6    32. Br89 54  88.92638536  88.90718506    3/2−  radioakt.  4.4  ß-=86.2; β−n=13.8  8.16E6(ß-); 3.049E6(β−n)  -68.5716E6  759.537E6    33. Br90 55  89.93062768  89.91142739     2−  radioakt.  1.91  ß-=74.8; β−n=25.2  10.35E6(ß-); 4.035E6(β−n)  -64.6199E6  763.657E6    34. Br91 56  90.93396812  90.91476783    5/2−  radioakt.  541E-3  ß-=80; β−n=20  9.802E6(ß-); 5.39E6(β−n)  -61.5083E6  768.617E6    35. Br92 57  91.93925876   91.92005847    2−  radioakt.  343E-3  ß-=66.9; β−n=33.1  12.205E6(ß-); 6.659E6(β−n)  -56.5801E6  771.76E6    36. Br93 58  92.94304955  92.92384926    5/2−  radioakt.  102E6  ß-=32; β−n=68  10.969E6(ß-); 7.665E6(β−n)  -53.049E6  776.3E6    37. Br94 59  93.94868029  93.92948      radioakt.  70E-3  ß-=32; β−n=68  13.339E6(ß-); 8.142E6(β−n)  -47.804E6  779.126E6    38. Br95 60  94.95287034  94.93367004    3/2−  radioakt.  <150E-9  ß-=>0; β−n=>0  12.138E6(ß-); 9.171E6(β−n)  -43.901E6  783.294E6    39. Br96 61  95.95853006  95.93932976      radioakt.  <150E-9  ß-=>0; β−n=>0  14.401E6(ß-); 9.339E6(β−n)  -38.629E6  786.094E6    40. Br97 62  96.96279955  96.94359925    3/2−  radioakt.  <150E-9  ß-=>0; β−n=>0  13.264E6(ß-); 10.307E6(β−n)  -34.652E6  790.188E6      Krypton    Kr    Kernladungszahl Z=36 (p=36)   Kr(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. Kr84 48  83.91150668  83.8917578  57.0%  0+     stabil      -82.431E6  732.258E6  42E-3#σ(n.γ); 90E-34#σ(n.it1); 20E-34#σ(n.it2  2. Kr86 50  85.9106107  85.89086182  17.3%  0+     stabil      -83.2656E6  749.235E6  3E-3#σ(n.γ)  3. Kr82 46  81.91348415  81.89373527  11.58%  0+     stabil      -80.589E6  714.273E6  3.0#σ(n.γ); 15.1#σ(n.it)  4. Kr83 47  82.91413611  82.89438723  11.49%  9/2+     stabil      -79.9817E6  721.737E6  0.197E3#σ(n.γ)  5. Kr80 44  79.9163795  79.89663062  2.28%  0+     stabil      -77.892E6  695.433E6  6.97#σ(n.γ); 4.53#σ(n.it)  6. Kr78 42  77.92036481  77.90061594  0.35%  0+  radioakt.  230E18a  2ε=100   2.846E6  -74.1797E6  675.578E6  6.17#σ(n.γ); 0.18#σ(n.it)  7. Kr85 49  84.9125273  84.89277842    9/2+  radioakt.  10.756a  ß-=100  0.687E6  -81.4803E6  739.378E6  1.66#σ(n.γ)  8. Kr81 45  80.91659206  80.89684318    7/2+  radioakt.  2.29E5a  K=100  0.281E6  -77.694E6  703.307E6    9. Kr79 43  78.92008247  78.9003336    1/2−  radioakt.  126144  K=100  1.626E6  -74.4427E6  683.913E6    10. Kr77 41  76.92467048  76.9049216    5/2+  radioakt.  4464  K=100  3.065E6  -70.169E6  663.496E6    11. Kr76 40  75.9259101  75.90616122    0+  radioakt.  53280  K=100  1.275E6  -69.0143E6  654.27E6    12. Kr75 39  74.93094577  74.9111969    5/2+  radioakt.  257  K=100  4.815E6  -64.3236E6  641.508E6    13. Kr74 38  73.93308438  73.9133355    0+  radioakt.  690  K=100  2.975E6  -62.3315E6  631.445E6    14. Kr73 37  72.93929  72.91954113    3/2−  radioakt.  27.3  K/β+=99.75; Kp=0.25  7.078E6(K/β+); 4.054E6(Kp)  -56.551E6  617.593E6    15. Kr72 36  71.94209206  71.92234318    0+  radioakt.  17.1  (K/β+=64.1; Kp>35.9)  5.074E6(K/β+); 1.886E6(Kp)  -53.9409E6  606.912E6    16. Kr71 35  70.94962576  70.92987689    5/2−  radioakt.  100E-3  K/β+=94.8; Kp=5.2  10.14E6(K/β+); 7.834E6(Kp)  -46.9233E6  591.823E6    17. Kr70 34  69.95525897  69.9355101    0+  radioakt.  52E-3  K/β+=98.7; Kp=1.3  9.75E6(K/β+); 7.337E6(Kp)  -41.676E6  578.504E6    18. Kr69 33  68.96517959  68.94543072    5/2−  radioakt.  32E-3  K/β+>0; Kp>0  14.041E6(K/β+); 14.49E6(Kp)  -32.435E6  561.192E6    19. Kr87 51  86.91335532  86.89360645    5/2+  radioakt.  4578  ß-=100  3.888E6  -80.709E6  754.75E6    20. Kr88 52  87.91444701  87.89469813    0+  radioakt.  10224  ß-=100  2.917E6  -79.6921E6  761.804E6    21. Kr89 53  88.9176306  88.89788173    3/2+  radioakt.  189  ß-=100  4.985E6  -76.7266E6  766.91E6    22. Kr90 54  89.91951661  89.89976773    0+  radioakt.  32.32  ß-=100  4.392E6  -74.9698E6  773.224E6    23. Kr91 55  90.92344524   90.90369637    5/2+  radioakt.  8.57  ß-=100  6.435E6  -71.3103E6  777.636E6    24. Kr92 56  91.92615626  91.90640739    0+  radioakt.  1.84  ß-=99.97; β−n=0.03  5.987 E6(ß-); 0.889E6(β−n)  -68.785E6  783.182E6    25. Kr93 57  92.93127438  92.91152551    1/2+  radioakt.  1.286  ß-=98.05; β−n=1.95  8.6E6(ß-); 2.683E6(β−n)  -64.0175E6  786.486E6    26. Kr94 58  93.93436029  93.91461141    0+  radioakt.  212E-3  ß-=98.89; β−n=1.11  7.41E6(ß-); 3.403E6(β−n)  -61.143E6  791.683E6    27. Kr95 59  94.93983966  94.92009078    1/2+  radioakt.  114E-3  ß-=97.13; β−n=2.87  9.815E6(ß-); 4.443E6(β−n)  -56.039E6  794.65E6    28. Kr96 60  95.94306995  95.92332107    0+  radioakt.  80E-3  ß-=96.3; β−n=3.7  8.194E6(ß-); 4.753E6(β−n)  -53.03E6  799.712E6    29. Kr97 61  96.94856006  96.92881118    3/2+  radioakt.  63E-3  ß-=91.8; β−n=8.2  10.44E6(ß-); 5.237E6(β−n)  -47.916E6  802.67E6    30. Kr98 62  97.95190951  97.93216064    0+  radioakt.  46E-3  ß-=93; β−n=7  9.425E6(ß-); 5.489E6(β−n)  -44.796E6  807.621E6    31. Kr99 63  98.95760037  98.9378515    3/2−  radioakt.  40E-3  ß-=89; β−n=11  11.384E6(ß-); 6.655E6(β−n)  -39.495E6  810.391E6    32. Kr100 64  99.96113985  99.94139097    0+  radioakt.  <300E-9  ß-=89.98; β−n=10.02  10.498E6(ß-); 6.61E6(β−n)  -36.198E6   815.166E6    33. Kr83+1 47  82.91413611  82.89438723    1/2−  radioakt.  6588  IT=100  0.042E6  -79.9817E6  721.737E6    34. Kr85+1 49  84.9125273  84.89277842    1/2−  radioakt.  16128  IT=21.4; β−=78.6  0.305E6(IT); 0.992E6(β−)   -81.4803E6  739.378E6    35. Kr81+1 45  80.91659206  80.89684318    1/2−  radioakt.  13.10   IT=99.9975; K=2.5E−3   0.191E6(IT); 0.472E6(K)   -77.694E6  703.307E6    36. Kr79+1 43  78.92008  78.9003    7/2+  radioakt.  50  IT=100  0.128E6   -74.4427E6  683.913E6      Rubidium    Rb    Kernladungszahl Z=37 (p=37)   Rb(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. Rb85 48  84.91179009  84.89149264  72.165%  5/2−     stabil      -82.167E6  739.283E6  0.438#σ(n.γ); 0.056#σ(n.it)  2. Rb87 50  86.90918138  86.88888393  27.835%  3/2−  radioakt.  48.1E9a  ß-=100  0.283E6  -84.597E6  757.855E6  0.122#σ(n.γ)  3. Rb86 49  85.91116744  85.89086998    2−  radioakt.  1609718.4  β−=99.9948; K/β+=0.0052   1.777E6(β−); 0.519E6(K/β+)  -82.747E6  747.934E6    4. Rb84 47  83.91438485  83.89408739    2−  radioakt.  2831328  K/β+=100  2.681E6   -79.75E6  728.794E6    5. Rb83 46  82.91511057  82.89481311    5/2−  radioakt.  7447680  K=100  0.910E6  -79.074E6  720.047E6    6. Rb82 45  81.9182086  81.89791114    1+  radioakt.  76.38  K/β+=100  4.401E6  -76.1882E6  709.09E6    7. Rb81 44  80.91899594  80.89869848    3/2−  radioakt.  16452  K/β+=100  2.239E6  -75.4548E6  700.285E6    8. Rb80 43  79.9225192  79.90222175    1+  radioakt.  33.4  K/β+=100  5.719E6   -72.1729E6  688.932E6    9. Rb79 42  78.92398942  78.90369196    5/2+  radioakt.  1374  K/β+=100  3.639E6  -70.8034E6  679.491E6    10. Rb78 41  77.92814103  77.90784357    0(+)  radioakt.  1034  K/β+=100  7.243E6  -66.9362E6  667.553E6    11. Rb77 40  76.93040803   76.91011058    3/2−  radioakt.  226  K/β+=100  5.345E6  -64.8245E6  657.37E6    12. Rb76 39  75.93507226  75.91477481    1(−)  radioakt.  36.5  K/β+<100; α=3.8E-7  8.535E6(K/β+); 4.99E6(α)  -60.4798E6  644.954E6    13. Rb75 38  74.93856998  74.91827252    3/2−  radioakt.  19  K/β+=100  7.102E6  -57.2217E6  633.624E6    14. Rb74 37  73.94426481  73.92396735     0+  radioakt.  64.9E-3  K/β+=100  10.415E6  -51.917E6  620.248E6    15. Rb88 51  87.91131559  87.89101813    2−  radioakt.  1066.4  ß-=100  5.313E6  -82.609E6  763.939E6  1#σ(n.γ)  16. Rb89 52  88.91227856  88.8919811    3/2−  radioakt.  909  ß-=100  4.497E6  -81.712E6  771.113E6    17. Rb90 53  89.91480171  89.89450425    0−  radioakt.  158  ß-=100  6.58E6  -79.3617E6  776.834E6    18. Rb91 54  90.91653698  90.89623953    3/2(−)  radioakt.  58.4  ß-=100  5.9E6  -77.7453E6  783.289E6    19. Rb92 55  91.91972895  91.8994315    0−  radioakt.  4.492   β−<100. β−n=0.01  8.105E6(β−); 0.763E6(β−n)  -74.772E6  788.387E6    20. Rb93 56  92.9220419   92.90174445    5/2−  radioakt.  5.84  β−=100; β−n=1.39  7.467E6(β−); 2.179E6(β−n)  -72.6175E6  794.304E6    21. Rb94 57  93.92640533  93.90610787    3−  radioakt.  2.702   ß-=89.5; β−n=10.5  10.287E6(β−); 3.46E6(β−n)  -68.553E6  798.311E6    22. Rb95 58  94.92930293   94.90900547    5/2−  radioakt.  377.5E-3  ß-=91.27; β−n=8.73  9.262E6(β−); 4.915E6(β−n)  -65.8539E6  803.683E6    23. Rb96 59  95.93427333  95.91397587    2−  radioakt.  203E-3  ß-=86.7; β−n=13.3  11.714E6(β−); 5.821E6(β−n)   -61.224E6  807.124E6    24. Rb97 60  96.93735226  96.9170548    3/2+  radioakt.  169.9E6  ß-=74.9; β−n=25.1  10.432E6(β−); 6.511E6(β−n)  -58.356E6  812.327E6    25. Rb98 61  97.94179136  97.9214939    0  radioakt.  114  β−=86.15. β−n=13.8. β−2n=0.05  12.424E6(β−); 6.496E6(β−n); 2.574E6(β−2n)  -54.221E6  816.264E6    26. Rb99 62  98.94537925  98.9250818    5/2+  radioakt.  50.3E-3  ß-=84.1; β−n=15.9  11.307E6(β−); 7.695E6(β−n)  -50.8789E6  820.993E6    27. Rb100 63  99.94986978  99.92957232    4−  radioakt.  51E-3  β−=93.84; β−n=6; β−2n=0.16  13.523E6(β−); 7.418E6(β−n); 3.806E6(β−2n)  -46.696E6  824.881E6    28. Rb101 64  100.95319669  100.93289924     3/2+  radioakt.  32E-3  ß-<72; β−n<28; β−2n>0  11.81E6(β−); 8.551E6(β−n); 2.446E6(β−2n)  -43.597E6  829.854E6    29. Rb102 65  102  101.97970254    0+  radioakt.  37E-3  ß-=>0    0  794.328E6    30. Rb86+1 49  85.91116744  85.89086998    6−  radioakt.  61.02  IT=100  0.556E6  -82.747E6  747.934E6    31. Rb84+1 47  83.91438485  83.89408739    6−  radioakt.  1215.6  IT=100  0.464E6  -79.75E6  728.794E6    32. Rb83+1 46  82.91511057  82.89481311    9/2+  radioakt.  7.8E-3  (IT=80.4; K/β+=20.5)  (0.9E6(IT); 0.6E6( K/β+))  -79.074E6  720.047E6    33. Rb82+1 45  81.9182086  81.89791114    5−  radioakt.  23299.2  K/β+<100; IT<0.33  4.469E6(K/β+); 0.069E6(IT)  -76.1882E6  709.09E6    34. Rb81+1 44  80.91899594  80.89869848    9/2+  radioakt.  1830  IT=97.6; K/β+=2.4  0.086E6(IT); 2.237E6(K/β+)  -75.4548E6  700.285E6    35. Rb78+1 41  77.92814103  77.90784357    4(−)  radioakt.  344.4  K/β+=90; IT=10  7.327E6(K/β+); 0.103E6(IT)  -66.9362E6  667.553E6    36. Rb90+1 53  89.91480171  89.89450425    3−  radioakt.  258  β−=97.4; IT=2.6  6.697E6(β−); 0.107E6(IT)  -79.3617E6  776.834E6    37. Rb98+1 61  97.94179136   97.9214939    (4; 5)  radioakt.  96E-3  ß-=>0; β−n=>0  12.614E6(β−); 6.73E6(β−n)  -54.221E6  816.264E6      Strontium    Sr    Kernladungszahl Z=38 (p=38)   Sr(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. Sr88 50  87.90561217  87.88476613  82.58%  0+     stabil      -87.9217E6  768.469E6  0.58#σ(n.γ)  2. Sr86 48  85.90926018  85.88841414  9.86%  0+     stabil      -84.5236E6  748.928E6  0.23#σ(n.γ); 0.77#σ(n.it)  3. Sr87 49  86.90887714  86.8880311   7%  9/2+     stabil      -84.8804E6  757.356E6  17#σ(n.γ)  4. Sr84 46  83.91342532  83.89257928  0.56%  0+     stabil      -80.6438E6  728.906E6  0.199#σ(n.γ); 0.623#σ(n.it)  5. Sr85 47  84.91293342  84.89208738    9/2+  radioakt.  5.602176E6  K=100  1.065E6  -81.102E6  737.435E6    6. Sr83 45  82.91755717  82.89671114    7/2+  radioakt.  0.116676E-6  K/β+=100  2.279E6  -76.795E6  716.986E6    7. Sr82 44  81.91840162  81.89755559    0+  radioakt.  2.206800158324E6  K=100  0.180E6  -76.0084E6  708.128E6    8. Sr81 43  80.92321185  80.90236582    1/2−  radioakt.  1.338E3  K/β+=100  3.927E6  -71.5277E6  695.576E6    9. sr80 42  79.92452126  79.90367522    0+  radioakt.  2.520181E5  K/β+=100  1.868E6  -70.308E6  686.285E6    10. sr79 41  78.92970798  78.90886194    3/2−  radioakt.  195  K/β+=100  5.327E6  -65.4766E6  673.382E6    11. sr78 40  77.93218003  77.91133399    0+  radioakt.  150  K/β+=100  3.762E6  -63.1739E6  663.008E6    12. sr77 39  76.93794485  76.91709882    5/2+  radioakt.  9  K/β+=99.8; Kp=0.2  7.021E6(K/β+); 3.921E6(Kp)  -57.804E6  649.567E6    13. sr76 38  75.94176678  75.92092074    0+  radioakt.  7.89  K/β+=99.66; Kp=0.34  6.236E6(K/β+); 2.791E6(Kp)  -54.2439E6  637.935E6    14. sr75 37  74.94994954  74.92910351    3/2−  radioakt.  88E-3  K/β+=94.8; Kp=5.2  10.6E6(K/β+); 8.421E6(Kp)  -46.6217E6  622.242E6    15. Sr89 51  88.90745083  88.88660479    5/2+  radioakt.  4.3632E6  ß-=100  1.495E6  -86.209E6  774.828E6  0.42σ(n.γ)  16. Sr90 52  89.90773789  89.88689186    0+  radioakt.  28.79a  ß-=100  0.546E6  -85.9416E6  782.632E6  10.4#σ(n.γ)  17. Sr91 53  90.91020307  90.88935704    5/2+  radioakt.  34.668E3  ß-=100  2.699E6  -83.6453E6  78.8407E7    18. Sr92 54  91.91103786  91.89019183    0+  radioakt.  9576  ß-=100  1.946E6  -82.8677E6  795.7E6    19. Sr93 55  92.91402564  92.89317961    5/2−  radioakt.  445.4  ß-=100  4.139E6  -80.0846E6  800.988E6    20. Sr94 56  93.91536178  93.89451574    0+  radioakt.  75.3  ß-=100  3.508E6  -78.84E6  807.815E6    21. Sr95 57  94.91935965   94.89851362    1/2+  radioakt.  23.90   ß-=100  6.091E6  -75.116E6  812.162E6    22. Sr96 58  95.92169783  95.9008518    0+  radioakt.  1.07  ß-=100  5.408E6  -7.2938E7  818.056E6    23. Sr97 59  96.92615293  96.9053069    1/2+  radioakt.  42.9E4  ß-=99.9; β−n=0.1  7.47E6(β−); 1.487E6(β−n)  -68.7881E6  82.1977E7    24. Sr98 60  97.92845365  97.90760761    0+  radioakt.  653E-3  ß-=99.75; β−n=0.25  58.22E5 (β−). 15.41E5(β−n)  -66.645E6  82.7905E7    25. Sr99 61  98.9332409   98.91239487    3/2+     26.9E-2  ß-=99.9; β−n=0.1  801.4E4(β−); 2.21E6(β−n)  -62.1857E6   83.1517E7    26. Sr100 62  99.93535224  99.91450621    0+  radioakt.  20.2E-2  ß-=99.22; β−n=0.78  0.7075E7(β−). 1.91E6(β−n)  -60.219E6  837.622E6    27. Sr101 63  100.94051814  100.9196721    5/2−  radioakt.  0.118  ß-=99.97; β−n=0.03  95.05E5(β−). 3.816E6(β−n)  -5.5407E7  8.40881E8    28. Sr86+1 48  85.90926018  85.88841414    8+  radioakt.  0.45E-6   IT=100  2.956E6  -84.5236E6  74.8928E7  0.23#σ(n.γ); 0.77#σ(n.it)  29. Sr87+1 49  86.90887714   86.8880311    1/2−  radioakt.  10090.8  K=0.30; IT=99.70  389E3(IT); 0.106E6(K/β+)  -0.848804E8   757.356E6  17#σ(n.γ)  30. Sr85+1 47  84.91293342  84.89208738    1/2−  radioakt.  243.468E3  IT=86.6; K/β+=13.4  239E3(IT); 1304E3(K/β+)  -0.81102E8  73.7435E7     31. Sr83+1 45  82.91755717  82.89671114    1/2−     4.95  IT=100  2.59E5  -76.795E6  716.986E6      Yttrium    Y    Kernladungszahl Z=39 (p=39)   Y(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. Y89 50  88.9058491  88.88445448  100%  1/2−     stabil      -8.7701E7   77.5537E7   1.28#σ(n.γ); 0.001#σ(n.it)  2. Y88 49  87.90950119  87.88810657    4−  radioakt.  9.21456E6  K/β+=100  3.623E6  -0.842991E8  764.064E6    3. Y87 48  86.91087651   86.88948189    1/2−  radioakt.  28.404E4  K/β+=100  1.862E6  -0.83018E8  75.4712E7    4. Y86 47  85.91488555  85.89349094    4−  radioakt.  53.064E3  K/β+=100  52.4E5  -79.2836E6  742.906E6    5. Y85 46  84.91643317  84.89503856    1/2−  radioakt.  9648  K/β+=100  3.26E6  -7.7842E7  73.3393E7    6. Y84 45  83.92038822  83.8989936    1+  radioakt.  4.6  K/β+=100  6.486E6  -7.41579E7  721.638E6    7. Y83 44  82.9223542  82.90095958    5/2+  radioakt.  425  K/β+=100  4.468E6  -72.3266E6  71.1735E7    8. Y82 43  81.92679245  81.90539783    1+  radioakt.  8.3  K/β+=100  7.816E6  -68.1924E6  699.529E6    9. Y81 42  80.92912751   80.90773289    5/2+  radioakt.  70.4  K/β+=100  55.1E5  -66.0173E6  689.283E6    10. Y80 41  79.93428085  79.91288623    4−  radioakt.  30.1  K/β+=100  9.091E6  -61.217E6  676.411E6    11. Y79 40  78.93735161  78.91595699    5/2+  radioakt.  14.8  K/β+>0; Kp>0  0.712E7(K/β+). 1.291E6(Kp)   -58.3566E6  665.48E6    12. Y78 39  77.94360994  77.92221533    0+  radioakt.  0.05  K/β+>0; Kp>0; K2p>0  10.647E6(K/β+); 50.09E5(Kp); -2.012E6(K2p)  -5.2527E7  651.579E6    13. Y77 38  76.94964541  76.92825079    5/2−  radioakt.    K/β+>0; Kp>0; K2p>0  0.10899E8(K/β+); 6.286E6(Kp); 0.5E5(K2p)  -46.905E6  637.885E6    14. Y90 51  89.90715185  89.88575723    2−  radioakt.  230.508E3  ß-=100  0.0228E8  -86.4875E6  78.2395E7    15. Y91 52  90.90730483  90.88591021    1/2−  radioakt.  50.544E5  ß-=100  15.45E5  -86.345E6  79.0324E7  1.4#σ(n.γ)  16. Y92 53  91.90894917  91.88755456    2−  radioakt.  1.2744E4  ß-=100  3.641E6  -0.848133E8  796.864E6    17. Y93 54  92.90958267  92.88818806    1/2−  radioakt.  36.648E3  ß-=100  289.4E4  -0.842232E8  8.04345E8    18. Y94 55  93.91159578  93.89020117    2−  radioakt.  11.22E2  ß-=100  0.04918E8  -0.82348E8  8.10541E8    19. Y95 56  94.91282059  94.89142597    1/2−  radioakt.  378  ß-=100  44.5E5  -8.12071E7  81.7471E7    20. Y96 57  95.91589211  95.89449749    0−  radioakt.  5.34  ß-=100  7.096E6  -78.346E6  822.681E6    21. Y97 58  96.91813399  96.89673937    1/2−  radioakt.  3.75  ß-=99.942; β−n=0.058  6.688E6(β−); 1103E3(β−n)  -76.2577E6  828.665E6    22. Y98 59  97.92220347  97.90080886     0−  radioakt.  0.548  ß-=99.67; β−n=0.33  0.08819E8(β−). 240.8E4(β−n)   -72.467E6   83.2945E8    23. Y99 60  98.9246372  98.90324258    5/2+  radioakt.  1.47  ß-=98.1; β−n=1.9  7.569E6(β−). 30.15E5(β−n)  -7.02E7  83.8749E7    24. Y100 61  99.92775692  99.9063623    1−  radioakt.  735E-3  ß-=99.08; β−n=0.92  9310E3(β−); 2403E3(β−n)  -67.294E6  8439.15E5    25. Y101 62  100.9303141  100.90891948    5/2+  radioakt.  0.450  ß-=98.06; β−n=1.94  85.45E5(β−); 3.621E6(β−n)  -64.912E6  849.604E6    26. Y102 63  101.93355567  101.91216105      radioakt.  360E-3  ß-=95.1; β−n=4.9  98.5E5(ß-); 349.3E4( β−n)  -618.925E5  854.656E6    27. Y103 64  102.9367296  102.91533498    5/2+  radioakt.  230E-3  ß-=92; β−n=8  9.436E6(β−). 47.35E5(β−n)  -58.936E6  85.9771E7    28. Y104 65  103.94104954  103.91965493      radioakt.  0.180  ß-=>0; β−n=>0  1142.9E4(ß-); 5389E3(β−n)  -549.12E5  863.818E6    29. Y89+1 50  88.9058491  88.88445448    9/2+  radioakt.  16.06   IT=100  0.909E6  -8.7701E7   77.5537E7  1.28#σ(n.γ); 0.001#σ(n.it)  30. Y88+1 49  87.90950119  87.88810657    (8)+  radioakt.  13.9E-3  IT=100    -0.842991E8  764.064E6    31. Y87+1 48  86.91087651  86.88948189    9/2+  radioakt.  48.132E3  IT=98.43; K/β+=1.57  381E3(IT); 2243E3(K/β+)   -0.83018E8  75.4712E7    32. Y86+1 47  85.91488555  85.89349094    (8)+  radioakt.  28.8E2  IT=99.31; K/β+=0.69  2180E2(IT); 54.58E5(K/β+)  -79.2836E6  742.906E6    33. Y85+1 46  84.91643317  84.89503856    9/2+  radioakt.  1.7496E4  K/β+<100; IT<20E-2  0.327E7(K/β+); 200E2(IT)  -7.7842E7  73.3393E7    34. Y84+1 45  83.92038822  83.8989936    (5–)  radioakt.  2.37E3  K/β+=100  6.49E6  -741.579E5  7.21638E8    35. Y83+1 44  82.9223542  82.90095958    (3/2−)  radioakt.  171  K/β+= 60; IT=40  45.32E5(K/β+); 0.062E6(IT)  -72.3266E6  7117.35E5    36. Y90+1 51  89.90715185   89.88575723    7+  radioakt.  1.4076E4  IT=99.9982; β−=0.0018  0.682E6(IT); 2.964E6(β−)  -864.875E5  7823.95E5    37. Y91+1 52  90.90730483  90.88591021    9/2+  radioakt.  29.826E2  IT<100; β−<1.5    -863.45E5  79.0324E7  1.4#σ(n.γ)  38. Y93+1 54  92.90958267  92.88818806    7/2+  radioakt.  82E-2  IT=100  7.59E5  -84223.2E3  8043.45E5    39. Y96+1 57  95.91589211  95.89449749     (8+)  radioakt.  9.6  β−≈100  0.7087E7  -78.346E6  822.681E6    40. Y97+1 58  96.91813399  96.89673937    9/2+  radioakt.  11.7E-1  β−>99.3; IT<0.7; β−n<0.08  7.356E6(β−); 0.668E6(IT); 1.776E6(β−n)  -762.577E5  8286.65E5    41. Y98+1 59  97.92220347   97.90080886     4. 5  radioakt.  2  β−>80; IT<20; β−=3.4  8830E3(β−); 0.0 (IT); 244.3E4(β−n)  -7.2467E7  8329.45E5    42. Y100+1 61  99.92775692  99.9063623     3. 4. 5  radioakt.  9400E-4   ß-=100  9310E3  -6729.4E4  8.43915E8    43. Y102+1 63  101.93355567  101.91216105      radioakt.  300E-3  ß-=100  98.5E5   -0.0618925E9  8.54656E8    44. Y97+2 58  96.91813399  96.89673937    27/2–  radioakt.  14.2E-2  IT>80; β−<20  35.23E5(IT); 102110E2(β−)  -7.62577E7  8286.65E5      Zirkon    Zr    Kernladungszahl Z=40 (p=40)   Zr(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. Zr90 50  89.90470438  89.88276118  51.45%  0+     stabil      -88.7673E6  78.3893E7  0.077#σ(n.γ)  2. Zr94 54  93.90631609   93.8843729  17.38%  0+     stabil      -87.266E6  814.677E6  0.0494#σ(n.γ)  3. Zr92 52  91.90504083  91.88309763    0+     stabil      -884.539E5  79.9722E7  0.26#σ(n.γ)  4. Zr91 51  90.9056462  90.883703  11.22%  5/2+     stabil      -8.789E7  0.791087E9  0.83#σ(n.γ)  5. Zr96 56  95.90827424  95.88633104    0+  radioakt.  72.58248E25  2ß-=100  3348E3  -0.85442E8  8.28995E8  0.0174#σ(n.γ)  6. Zr93 53  92.90647605  92.88453285    5/2+  radioakt.  48.283128E12  ß-=100  0.09096E6  -8.7117E7  806.456E6    7. Zr89 49  88.90889045  88.88694726    9/2+  radioakt.  28.224E4  K/β+=100  2833E3  -84.868E6  77.1922E7    8. Zr88 48  87.91022691  87.88828371    0+  radioakt.  7.2036E6  K=100  0.676E6  -83.6231E6  762.606E6    9. Zr87 47  86.9148162  86.892873    9/2+  radioakt.  6048  K/β+=100  3.67E6  -7.93482E7   75.0259E7    10. Zr86 46  85.91647354  85.89453034    0+  radioakt.  5.94E4  K/β+=100  0.1479E7  -7.78044E7  740.644E6    11. Zr85 45  84.92147121  84.89952801    7/2+  radioakt.  4.72E2  K/β+=100  4.693E6  -7.31491E7  7.27918E8    12. Zr84 44  83.92325018  83.90130698    0+  radioakt.  0.1554E4  K/β+=100  2.666E6  -7.1492E7  7.18189E8     13. Zr83 43  82.92865376   82.90671056    1/2−  radioakt.  4.16E1  K/β+=100  5.868E6  -66.4586E6   7050.85E5    14. Zr82 42  81.93108705  81.90914386     0+  radioakt.  32  K/β+=100  400E4  -64.192E6  69.4747E7    15. Zr81 41  80.93721055   80.91526735    3/2−  radioakt.  1.5E1  K/β+=99.988; Kp=0.012  75.29E5(K/β+); 45.31E5(Kp)  -584.88E5  68.0971E7    16. Zr95 55  94.90804343  94.88610023    5/2+  radioakt.  5.53236E6  ß-=100  11.25E5  -85.657E6  8.21139E8  0.0229#σ(n.γ)  17. Zr97 57  96.91095316  96.88900996    1/2+  radioakt.  602.78E2  ß-=100  2.659E6  -82.9466E6  8345.71E5    18. Zr98 58  97.91273589  97.89079269     0+  radioakt.  30.7  ß-=100  224.2E4  -81.286E6  8.40982E8    19. Zr99 59  98.91651208  98.89456888     1/2+  radioakt.  2.1  ß-=100  45.58E5  -77.7685E6  845.536E6    20. Zr100 60  99.91776222  99.89581902    0+  radioakt.  7.1  ß-=100  33.35E5  -76.604E6  8524.42E5    21. Zr101 61  100.92114066  100.89919747    3/2+  radioakt.  2.3  ß-=100  54.85E5  -7.3457E7  857.367E6    22. Zr102 62  101.92298126  101.90103806    0+  radioakt.  2.9  ß-=100  4.604E6  -7.17425E7  863.724E6    23. Zr103 63  102.92659964  102.90465644    5/2−  radioakt.  1.3  ß-=100  69.45E5  -68.372E6  868.424E6    24. Zr104 64  103.92878   103.90683681    0+  radioakt.  1.2  ß-=100  58.82E5  -66.341E6  874.465E6    25. Zr105 65  104.93304949  104.91110629    0+  radioakt.  0.6  ß-=100  848.8E4  -62.364E6  87.8559E7     26. Zr90+1 50  89.90470438  89.88276118     5−  radioakt.  80.92E-2   IT=100  2319E3  -8.87673E7   7.83893E8  0.077#σ(n.γ)  27. Zr89+1 49  88.90889045   88.88694726    1/2−  radioakt.  250.8  K/β+=6.23; IT=93.77  342E4(K/β+); 5.88E5(IT)   -0.84868E8  0.771922E9    28. Zr87+1 47  86.9148162  86.892873    (1/2)–  radioakt.  14  IT=100  0.336E6  -0.793482E8  0.750259E9    29. Zr85+1 45  84.92147121  84.89952801    (1/2)–  radioakt.  10.9  K/β+>8; IT<92  498.2E4(K/β+); 2920E2(IT)  -0.0731491E9  0.727918E9      Niob    Nb    Kernladungszahl Z=41 (p=41)   Nb(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. Nb93 52  92.90637836   92.88388658  100%  9/2+     stabil      -8.7208E7  805.765E6  1.15#σ(n.γ)  2. Nb92 51  91.90719393  91.88470215    7+  radioakt.  1094783.636E9  K/β+=99.95; β−=0.05  2.006E6(K/β+); 3.57E5(β−)  -86.4483E6  796.934E6    3. Nb91 50  90.90699629  90.88450451    9/2+  radioakt.  21459.168E14  K/β+=100  12.58E5  -86.6324E6  78.9047E7    4. Nb90 49  89.91126513  89.88877336    8+  radioakt.  525.6E2  K/β+=100  6.111E6  -82.656E6  776.999E6    5. Nb89 48  88.91341823  88.89092646    9/2+  radioakt.  7.308E3  K/β+=100  421.8E4  -80.6504E6  766.922E6    6. Nb88 47  87.91833217  87.89584039    8+  radioakt.  0.873E3  K/β+=100  75.5E5  -76.0731E6  75.4273E7    7. Nb87 46  86.92036106  86.89786928    1/2−  radioakt.  2.25E2  K/β+=100  5.165E6  -7.41832E7  74.4312E7    8. Nb86 45  85.9250387  85.90254693    6+  radioakt.  88  K/β+=100  0.7978E7  -69.826E6  73.1884E7    9. Nb85 44  84.92791247  84.9054207    9/2+  radioakt.  20.9  K/β+=100  6E6  -67.1491E6  72.1135E7    10. Nb84 43  83.93357016  83.91107838    3+  radioakt.  9.5  K/β+>0; Kp>0  9.613E6(K/β+); 31.59E5(Kp)  -61.879E6  70.7794E7    11. Nb83 42  82.93670534  82.91421356    5/2+  radioakt.  4.1  K/β+>0; Kp>0  75E5(K/β+); 19.45E5(Kp)  -58.9586E6  696.802E6    12. Nb94 53  93.90728443  93.88479265    6+  radioakt.  0.6406129685E12  ß-=100  20.5E5  -86.364E6  8.12992E8  14.9#σ(n.γ); 0.6#σ(n.it)  13. Nb95 54  94.9068358  94.88434402     9/2+  radioakt.  302.04E4  ß-=100  9.25E5  -86.7819E6  8.21481E8    14. Nb96 55  95.9081014  95.88560962    6+  radioakt.  8.406E4  ß-=100  0.3187E7  -85.603E6  82.8374E7    15. Nb97 56  96.90809861  96.88560683    9/2+  radioakt.  4.326E3  ß-=100  193.4E4  -85.6056E6  836.448E6    16. Nb98 57  97.91032846  97.88783669    1+  radioakt.  2.86  ß-=100  45.83E5  -835.285E5  8.42442E8    17. Nb99 58  98.9116194  98.88912762    9/2+  radioakt.  1.5E1  ß-=100  3.639E6  -82.326E6  8.49311E8    18. Nb100 59  99.91418195  99.89169017    1+  radioakt.  1.5  ß-=100  6.245E6  -7.9939E7  8.54995E8    19. Nb101 60  100.91525227  100.8927605     5/2+  radioakt.  7.1  ß-=100  45.69E5  -7.8942E7  862.069E6    20. Nb102 61  101.91803812  101.89554635    1+  radioakt.  1.3  ß-=100  0.721E7  -76.347E6  867.546E6    21. Nb103 62  102.91914387  102.8966521    5/2+  radioakt.  1.5  ß-=100  55.3E5  -7.5317E7  87.4587E7    22. Nb104 63  103.92246542  103.89997364    1+  radioakt.  4.9  ß-=99.4; β−n=0.06  81.05E5(β−); 5.53E5(β−n)  -7.2223E7  879.564E6    23. Nb105 64  104.92393725  104.90144547    5/2+  radioakt.  2.95  ß-=98.3; β−n=1.7  6.485E6(ß-); 14.05E5(β−n)  -7.0852E7  886.265E6    24. Nb106 65  105.92796948  105.9054777      radioakt.  930E-3  ß-=95.5; β−n=4.5  91.59E5(ß-); 0.217E7(β−n)  -67.096E6  89.058E8    25. Nb107 66  106.93030981  106.90781803      radioakt.  330E-3  ß-=>0; β−n=>0  8.026E6(ß-); 3.268E6(β−n)  -64.916E6  896.471E6    26. Nb108 67  107.93484016  107.91234839    2+  radioakt.  193E-3  ß-=93.8; β−n=6.2  10.607E6(ß-); 41.57E5(β−)  -60.696E6  0.900323E9    27. Nb109 68  108.9376303  108.91513853    5/2+  radioakt.  0.19   ß-=69; β−n=31  914.8E4(β−); 51.35E5(β−n)  -5.8097E7  90.5795E7    28. Nb110 69  109.94243978  109.919948    2+  radioakt.  0.170  ß-=60; β−n=40  0.11839E8(β−); 55.57E5(β−n)  -53.617E6  909.386E6    29. Nb93+1 52  92.90637836  92.88388658    1/2−  radioakt.  0.509024088E9  IT=100  31E3  -0.87208E8  80.5765E7  1.15#σ(n.γ)  30. Nb92+1 51  91.90719393  91.88470215    (2)+  radioakt.  0.9072E7  K/β+=100  214.1E4  -0.864483E8  79.6934E7    31. Nb91+1 50  90.90699629  90.88450451    1/2−  radioakt.  52.58304E5  IT=93; K/β+=7  10.4E4(IT); 13.57E5(K/β+)  -0.866324E8  7.89047E8    32. Nb90+1 49  89.91126513  89.88877336    4−  radioakt.  18.81  IT=100  1.25E5  -0.82656E8  77.6999E7    33. Nb89+1 48  88.91341823  88.89092646    (1/2)–  radioakt.  42.48E2  K/β+=100  429E4  -0.806504E8  76.6922E7    34. Nb88+1 47  87.91833217  87.89584039    (4−)  radioakt.  468  K/β+=100  0.72E7  -7.60731E7  7542.73E5    35. Nb87+1 46  86.92036106  86.89786928    (1/2–)  radioakt.  2.22E2  K/β+=100  51.7E5  -0.741832E8  74431.2E4    36. Nb86+1 45  85.9250387  85.90254693      radioakt.  56  K/β+=100  0.798E7  -0.69826E8  7.31884E8    37. Nb94+1 53  93.90728443  93.88479265    3+  radioakt.  375.78  IT=99.50; β−=0.50  4.1E4(IT); 2.086E6(β−)  -0.86364E8  0.812992E9  14.9#σ(n.γ); 0.6#σ(n.it)  38. Nb95+1 54  94.9068358  94.88434402    1/2−  radioakt.  311.868E3  IT=94.4; β−=5.6  0.236E6(IT); 1.162E6(β−)  -8.67819E7  82148.1E4    39. Nb97+1 56  96.90809861  96.88560683    1/2−  radioakt.  52.7  IT=100  74.3E4  -0.856056E8  8.36448E8    40. Nb98+1 57  97.91032846  97.88783669    (5+)  radioakt.  3.0798E3  β−>99.8; IT<0.2  4.670E6(β−); 8.4E4(IT)  -0.835285E8  84244.2E4    41. Nb99+1 58  98.9116194  98.88912762    1/2−  radioakt.  156  β−>96.2; IT<3.8  400.4E4(β−); 0.365E6(IT)  -0.82326E8  0.849311E9    42. Nb100+1 59  99.91418195  99.89169017    5+  radioakt.  2.99  ß-=100  6.75E6  -79939E3  0.854995E9    43. Nb102+1 61  101.91803812  101.89554635      radioakt.  4.3  ß-=100  0.721E6  -7.6347E7  86.7546E7    44. Nb104+1 63  103.92246542  103.89997364      radioakt.  0.92  ß-=100  83.25E5   -72223E3  8.79564E8    45. Nb90+2 49  89.91126513  89.88877336    1+  radioakt.  6190E-6  IT=100    -826.56E5  0.776999E9      Molybdän    Mo    Kernladungszahl Z=42 (p=42)   Mo(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. Mo98 56  97.90540895  97.88236859  24.13%  0+     stabil      -0.88111E8  846.242E6  0.13#σ(n.γ)  2. Mo96 54  95.90468001  95.88163966  16.68%  0+     stabil      -8.879E7  83.0778E7  0.5#σ(n.γ)  3. Mo95 53  94.90584266  94.8828023  15.92%  5/2+     stabil      -8.7707E7  821.624E6  13.5#σ(n.γ)  4. Mo92 50  91.906811  91.88377064  14.84%  0+  radioakt.  598647671.9E19  K2p=100  1.649E6  -86.805E6  796.508E6  0.080#σ(n.γ)  5. Mo100 58  99.90747767  99.88443731  9.63%  0+  radioakt.  2303.7048E23  2ß-=100  303.4E4  -86.184E6  860.458E6  0.199#σ(n.γ)  6. Mo97 55  96.90602194  96.88298159  9.55%  5/2+     stabil      -8.754E7  837.6E6  2.2#σ(n.γ)  7. Mo94 52  93.90508903  93.88204868  9.25%  0+     stabil      -0.88409E8  8.14255E8  0.34#σ(n.γ)  8. Mo93 51  92.90681261  92.88377225    5/2+  radioakt.  0.1262304E12  K=100  4.05E5  -86.8035E6  80.4578E7    9. Mo91 49  90.91175016  90.8887098    9/2+  radioakt.  1.53894E5  K/β+=100  442.8E4  -0.822042E8  783.836E6    10. Mo90 48  89.91393686  89.8908965    0+  radioakt.  200.16E2  K/β+=100  248.9E4  -80.1673E6  77.3728E7    11. Mo89 47  88.91948  88.89643964    9/2+  radioakt.  1.27E2  K/β+=100  5.646E6  -7.50039E7  760.493E6    12. Mo88 46  87.92195334  87.89891298    0+  radioakt.  0.48E4  K/β+=100  3373E3  -7.27E7  75.0118E7    13. Mo87 45  86.92732653  86.90428618    7/2+  radioakt.  1.402E1  K/β+=85; β+p=15  6.488E6(K/β+); 0.02821E8(β+p)  -67.6949E6  73.7042E7    14. Mo86 44  85.93069585  85.9076555    0+  radioakt.  1.96E1  K/β+>0; Kp>0  52.7E5(K/β+); 130.4E4(Kp)  -64.5564E6  72.5832E7    15. Mo85 43  84.93655032  84.91350996    1/2−  radioakt.  3.2  K/β+=99.86; Kp=0.14  8.046E6(K/β+); 51E5(Kp)  -591.03E5  71.2307E7    16. Mo84 42  83.94008979  83.91704944    0+  radioakt.  3.7  K/β+>0; Kp>0  6.073E6(K/β+); 3.364E6(Kp)  -55.806E6  70.0939E7    17. Mo99 57  98.90771277  98.88467242    1/2+  radioakt.  6.4608E4  ß-=100  13.58E5  -85.965E6  852.167E6    18. Mo101 59  100.91034725  100.8873069    1/2+  radioakt.  105.7E1  ß-=100  282.4E4  -0.83511E8  865.856E6    19. Mo102 60  101.91029733  101.88725698    0+  radioakt.  678  ß-=100  0.01008E8  -8.35575E7  87.3974E7    20. Mo103 61  102.91320717  102.89016682    3/2+  radioakt.  67.5  ß-=100  37.5E5  -8.0847E7  87.9335E7    21. Mo104 62  103.91376434  103.89072399    0+  radioakt.  60  ß-=100  21.58E5  -0.80328E8  886.887E6    22. Mo105 63  104.91697531  104.89393496    5/2−  radioakt.  35.6  ß-=100  49.5E5  -7.7337E7  891.967E6    23. Mo106 64  105.91813689  105.89509653    0+  radioakt.  8.73  ß-=100  35.2E5  -7.6255E7  89.8957E7    24. Mo107 65  106.92169354  106.89865318    5/2+  radioakt.  3.5  ß-=100  6.16E6  -7.2942E7  90.3715E7    25. Mo108 66  107.92345308  107.90041272    0+  radioakt.  1.09E0  ß-=100  46.5E5  -7.1303E7  91.0147E7    26. Mo109 67  108.92780952   108.90476916    7/2−  radioakt.  530E-3  ß-=100  0.729E7  -67.245E6  914.161E6    27. Mo110 68  109.92973009  109.90668974    0+  radioakt.  0.3  ß-=100  55.05E5  -65.456E6  0.920443E9    28. Mo93+1 51  92.90681261  92.88377225    21/2+  radioakt.  23.688E3  IT=99.88. K/β=0.12  2830E3  -868.035E5  8045.78E5    29. Mo91+1 49  90.91175016  90.8887098     1/2−  radioakt.  65  K/β+=49.9; IT=50.1  50.87E5(K/β+); 0.653E6(IT)  -8220.42E4  78.3836E7    30. Mo89+1 47  88.91948   88.89643964    (1/2−)  radioakt.  0.190  IT=100  387E3  -750.039E5  76.0493E7      Technetium    Tc    Kernladungszahl Z=43 (p=43)   Tc(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. Tc98 55  97.90721594  97.883627  0%  6+  radioakt.  13.27489379E13  ß-=100  1.796E6  -86.4278E6  84.3777E7  0.93#σ(n.γ)  2. Tc97 54  96.90636537  96.88277643    9/2+  radioakt.  8161.047819E10  K=100  320E3  -8.72201E7  836.498E6    3. Tc99 56  98.90625479  98.88266586    9/2+  radioakt.  66.58401139E11  ß-=100  293E3  -8.73231E7  85.2743E7  22.8#σ(n.γ)  4. Tc96 53  95.90787166  95.88428272    7+  radioakt.  369.78E3  K/β+=100  0.2973E7  -8.5817E7  82.7023E7    5. Tc95 52  94.90765706   94.88406812    9/2+  radioakt.  7.1984E4  K/β+=100  1.691E6  -86.0169E6  8.19152E8    6. Tc94 51  93.90965804  93.8860691    7+  radioakt.  1.75664E4  K/β+=100  4.256E6  -0.84153E8  80.9217E7    7. Tc93 50  92.91024902  92.88666009    9/2+  radioakt.  0.98864E4  K/β+=100  3201E3  -83.6025E6  8.00595E8    8. Tc92 49  91.91526022  91.89167128    8+  radioakt.  0.74544E4  K/β+=100  0.787E7  -78.9346E6  78.7855 E7    9. Tc91 48  90.9184276  90.89483867    9/2+  radioakt.  188.464  K/β+=100  6.22E6  -7.59842E7  776.834E6    10. Tc90 47  89.92355657  89.89996763    1+  radioakt.  8.7088  K/β+=100  8.961E6  -71.2066E6  763.985E6    11. Tc89 46  88.92716647  88.90357753    9/2+  radioakt.  12.8048  K/β+=100  7.16E6  -67.844E6  75.2551E7    12. Tc88 45  87.93267804  87.90908911    3+  radioakt.  5.7904  K/β+=100  0.00999E9  -62.71E6  739.346E6    13. Tc100 57  99.90765802  99.88406909    1+  radioakt.  15.46032  ß-=100  3202E3  -86.016E6   85.9507E7    14. Tc101 58  100.90731556  100.88372663    9/2+  radioakt.  853.248  ß-=100  1.614E6  -86.335E6  867.898E6    15. Tc102 59  101.90921498  101.88562605    1+  radioakt.  5.2784  ß-=100  45.32E5  -84.5657E6  87.42E7    16. Tc103 60  102.90918138  102.88559245    5/2+  radioakt.  54.2000  ß-=100  2.661E6  -8.4597E7  8.82302E8    17. Tc104 61  103.91144763  103.8878587    3+  radioakt.  10.9872E2  ß-=100  5.602E6  -82.486E6  888.263E6    18. Tc105 62  104.91166127  104.88807233    3/2−  radioakt.  455.984  ß-=100  3.64E6  -8.2287E7  896.135E6    19. Tc106 63  105.91435801  105.89076908    1+  radioakt.  35.5888  ß-=100  6.547E6  -7.9775E7  901.694E6    20. Tc107 64  106.91508051  106.89149157    3/2−  radioakt.  21.2016  ß-=100  482E4  -7.9102E7  0.909093E9    21. Tc108 65  107.91846121  107.89487227    2+  radioakt.  5.16912  ß-=100  0.7719E7  -7.59529E7  0.914015E9    22. Tc109 66  108.91998338  108.89639445    5/2+  radioakt.  0.87088  ß-=99.92; β−n=0.08  6.315E6(ß-); 1.066E6(ß-n)  -7.4535E7  920.668E6    23. Tc110 67  109.92382045  109.90023151    2+  radioakt.  0.91952  ß-=99.96; β−n=0.04  0.009021E9(ß-); 0.01818E8(ß-n)  -70.9608E6  925.165E6    24. Tc111 68  110.92569357  110.90210463    5/2+  radioakt.  0.290096  ß-=99.15; β−n=0.85  745E4(ß-); 2.694E6(ß-n)  -69.216E6  0.931492E9    25. Tc112 69  111.92914651  111.90555758    2+  radioakt.  0.28976  ß-=98.5; β−n=1.5  948.4E4(ß-); 25.95E5(ß-n)  -65.9996E6  936.347E6    26. Tc113 70  112.93158947  112.90800053      radioakt.  0.16944  ß-=98.9; β−n=2.1  0.8479E7(ß-); 3.688(ß-n)  -63.724E6  0.942143E9    27. Tc97+1 54  96.90636537  96.88277643    1/2−  radioakt.  778.4497E4  IT>99.66; K<0.34  47.1E4(K/β+); 0.0097E7(IT)  -0.872201E8  8.36498E8    28. Tc99+1 56  98.90625479   98.88266586    1/2−  radioakt.  219.6017E2   IT=99.9963; β−=0.0037  143E3(IT); 437E3(β−)  -0.873231E8  8.52743E8  0.228E2#σ(n.γ)  29. Tc95+1 52  94.90765706  94.88406812    1/2−  radioakt.  52.70321E5  K/β+=96.12; IT=3.88  1730E3(K/β+); 39E3(IT)  -0.860169E8  0.819152E9    30. Tc94+1 51  93.90965804  93.8860691    (2)+  radioakt.  311.857E3  K/β+>99.9; IT<0.1  0.173E7(K/β+); 0.75E5(IT)  -841.53E5  8.09217E8    31. Tc93+1 50  92.91024902  92.88666009    1/2−  radioakt.  26.09969E2   IT=76.6; K/β+=23.4  35.93E5(K/β+); 392E3(IT)  -0.836025E8  0.800595E9    32. Tc91+1 48  90.9184276  90.89483867    (1/2)–  radioakt.  197.937   K/β+>99. IT<1  6.57E6(K/β+); 3.5E5(IT)  -0.759842E8  7.76834E8    33. Tc90+1 47  89.92355657  89.89996763    1+  radioakt.  8.7089   K/β+=100  9.6E6  -7.12066E7  76.3985E7    34. Tc89+1 46  88.92716647  88.90357753    (1/2−)  radioakt.  12.9073   K/β+=100  75.1E5  -6.7844E7  7525.51E5    35. Tc88+1 45  87.93267804  87.90908911    (2; 3)  radioakt.  5.80401   K/β+=100  10.1168E6  -6.271E7  73.9346E7    36. Tc102+1 59  101.90921498  101.88562605    (4; 5)  radioakt.  261.169  β−=98; IT=2  45.3E5(β−); 81.6E1(IT)  -8.45657E7  8.742E8    37. Tc93+2 50  92.91024902   92.88666009    17/2–  radioakt.  101.937E-7  IT=100  21.85E5  -836.025E5  8005.95E5      Ruthenium    Ru    Kernladungszahl Z=44 (p=44)   Ru(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. Ru102 58  101.904    31.55%  0+     stabil      -8.90979889E7  87.7950001E7  1.27#σ(n.γ)  2. Ru104 60  103.90543363888  103.88129611824  18.62%  0+     stabil      -0.88088E8  8.93082E8  0.491#σ(n.γ)  3. Ru101 57  100.90558286  100.88144535  17.06%  5/2+     stabil      -8.7949E7  868.729E6  5.24#σ(n.γ)  4. Ru99 55  98.90594035  98.88180284  12.76%  5/2+     stabil      -87.616E6  8.52254E8  7.24#σ(n.γ)  5. Ru100 56  99.90422053  99.88008302  12.6%  0+     stabil      -8.9218E8  861.927E6  5.8#σ(n.γ)  6. Ru96 52  95.9075979  95.88346039  5.54%  0+  radioakt.  398514.4219E21  2ε  271.84E4  -86.072E6  826.496E6  0.29#σ(n.γ)  7. Ru98 54  97.90528764  97.88115012  1.87%  0+     stabil      -0.88224E8  84.479E7  8#σ(n.γ)  8. Ru103 59  102.90632468  102.88218717    3/2+  radioakt.  3.3911856E6  ß-=100  7.64465E5  -8.7258E7   8.84181E8    9. Ru97 53  96.90755496  96.88341745    5/2+  radioakt.  250560.00  K=100  1.10896E6  -86.112E6  834.607E6    10. Ru95 51  94.91041295   94.88627544    5/2+  radioakt.  59140.8E-1   K/β+=100  2.567E6  -0.834498E8  8.15802E8    11. Ru94 50  93.91136068  93.88722316    0+  radioakt.  3108.32  K/β+=100  15.9281E5  -82.567E6  806.848E6    12. Ru93 49  92.91705207   92.89291456    9/2+  radioakt.  59.696  K/β+=100  6.34416E6  -77.2659E-6  793.474865E6    13. Ru92 48  91.92011972  91.89598221    0+  radioakt.  218.928  K/β+=100  4.52657E6  -744.07985E5   782.546993E6    14. Ru91 47  90.9262926  90.90215509    9/2+  radioakt.  7.90064  K/β+=100  7.32464E6  -68.657969E6  768.725041E6    15. Ru90 46  89.92989005  89.90575253    0+  radioakt.  11.7040  K/β+=100  5.86289E6  -65.30105E6   757.296E6    16. Ru105 61  104.90775357  104.88361605    3/2+  radioakt.  15.983920E3   ß-=100  0.191792E7  85.926961E6  8.98992945E8  0.39#σ(n.γ)  17. Ru106 62  105.90732952  105.883192    0+  radioakt.  3.227817520E7  ß-=100  38.88E3  -86.321E6  907.458865E6  0.146#σ(n.γ)  18. Ru107 63  106.90990602  106.88576851    5/2+  radioakt.  225.072  ß-=100  294.192E4  -8.39217E7  0.91312945E9    19. Ru108 64  107.91017441  107.88603689    0+  radioakt.  272.944  ß-=100  134.704E4  -83.671857E6  92.0951857E7    20. Ru109 65  108.91320394800  108.88906643968    5/2+  radioakt.  34.499888  ß-=100  4.16049E6  -8.08497E7  926.200881E6    21. Ru110 66  109.91413600000  109.88999849008    0+  radioakt.  11.6016  ß-=100  27.9345E5  -7.99818033E7   0.933403953E9    22. Ru111 67  110.91769598  110.89355847    5/2+  radioakt.  2.12016  ß-=100  5.69393E6  -76.665649E6  9.38158897E8    23. Ru112 68  111.91896502  111.8948275    0+  radioakt.  1.74896  ß-=100  42.5777E5  -75.4836017E6   94.5047857E7    24. Ru113 69  112.92248721  112.89834969    5/2+  radioakt.  0.800048  ß-=100  6.6097E6  -722.027057E5   94.9838897E7    25. Ru114 70  113.92428078  113.90014327    0+  radioakt.  0.519984  ß-=100  50.9745E5  -705.329E5  956.239921E6    26. Ru115 71  114.92868618   114.90454866      radioakt.  0.74032  ß-=>0; β−n=>0  0.778033E7(β−); 1130.9873E3(β−n)  -66.4283953E6   960.206897E6     27. Ru103+1 59  102.90632468   102.88218717    11/2−  radioakt.  1690.09E-6  IT=100  238.385E3  -872.57905E5   8.84181041E8    28. Ru93+1 49  92.91705207  92.89291456    (1/2)–  radioakt.  10.8081  IT=22.0; K/β+=78.0; Kp=0.027  734.001E3(IT); 7073.77E3(K/β+); 2983.985E3(Kp)  -0.0772659E9  7934.74865E5    29. Ru91+1 47  90.9262926  90.90215509    (1/2−)  radioakt.  7.60113  K/β+>0; Kp>0; IT>0  740.401E4(K/β+). 4301.29E3 (Kp) 1.329E3(IT)  -68.658E6  768.725E6       Rohdium    Rh    Kernladungszahl Z=45 (p=45)   Rh(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. Rh103 58  102.90550427905  102.88081817856  100%  1/2−     stabil      -0.0880221953E9  884.1629953E6  10.6#σ(n.γ); 144#σ(n.it)  2. Rh102 57  101.90684320001  101.88215710976    1−  radioakt.  1.78848000E7  K/β+=78.0288; β−=21.971200  23.22945E5(K/β+). 11.4945E5(β−)   -86.774785E6  87.48439809E7    3. Rh101 56  100.90616364801  100.88147754752    1/2−  radioakt.  1.04090368E8  K=100.000000  5.41185E5  -8.7407873E7  86.74059777E7    4. Rh100 55  99.90812178945  99.88343569920    1−  radioakt.  7.48800E4  K/β+=100.000000  3.62753E6  -8.5583873E7  85.75109889E7    5. Rh99 54  98.90813209857  98.88344599808    1/2−  radioakt.  1.389568E6  K/β+=100.000000  21.02785E5  -8.5574401E7  8.494299905E8    6. Rh98 53  97.91070817793   97.88602208000    2+  radioakt.  522.752  K/β+=100.000000  5.056769E6  8.31747841E7  838.9589761E6    7. Rh97 52  96.91133683969  96.88665074944    9/2+  radioakt.  1841.920  K/β+=100.000000  35.2257E5  -825.891841E5  8.303020033E8    8. Rh96 51  95.91446106881  95.88977498112    6+  radioakt.  593.920  K/β+=100.000000  6.446081E6  -7.96790017E7  8.1932000001E8    9. Rh95 50  94.91589875969  94.89121266944    9/2–  radioakt.  500.992  K/β+=100.000000  51.0977E5  -7.83397889E7  80.9910017E7    10. Rh94 49  93.92169783041  93.89701174016    4+  radioakt.  70.59968  K/β+=98.2320; Kp=1.76800000  9.628929E6(K/β+); 33.75873E5(Kp)  -7.29380097E7  79.64369921E7    11. Rh93 48  92.92573972993  92.90105362944    9/2+  radioakt.  11.89888  K/β+>0; Kp>0  0.809217E7(K/β+); 247.297E4(Kp)  -69.17299969E6  784.60161E6    12. Rh104 59  103.90665640961  103.88197030912    1+  radioakt.  42.2912  β−=99.5328; K/β+=0.467200  2.440961E6(β−); 11.38945E5(K/β+)  -86.9489921E6  891.161089E6  40#σ(n.γ)  13. Rh105 60  104.9056945153  104.8810084096    7/2+  radioakt.  127296.000  ß-=100.000000  0.5669889E6  -8.7845121E7  9.00128001E8  11000#σ(n.γ); 5000#σ(n.it)  14. Rh106 61  105.9072876545  105.8826015488    1+  radioakt.  30.06976  ß-=100.000000  35.40993E5  -86.361089E6  906.71617E6    15. Rh107 62  106.9067487233  106.8820626432    7/2+  radioakt.  1302.016  ß-=100.000000  15.04001E5  -86.863105E6  9.15289089E8    16. Rh108 63  107.9087280129  107.8840419328    1+  radioakt.  16.7936  ß-=100.000000  45.05089E5   -850.19393E5  92.1517057E7    17. Rh109 64  108.9087380225  108.8840519168    7/2+  radioakt.  79.872  ß-=100.000000  2.596097E6  85.0099969E6  92.957953E7    18. Rh110 65  109.9111364097  109.8864503296    1+  radioakt.  32.000  ß-=100.000000  55.73121E5  -8.27759105E7  935.416065E6    19. Rh111 66  110.9115859201  110.8868998144    7/2+  radioakt.  11.008  ß-=100.000000  3.646977E6  -823.571969E5  943.067905E6    20. Rh112 67  111.9143941889  111.8897080832    1+  radioakt.  2.1008  ß-=100.000000  6.594929E6  -7.97413121E7  9.48524033E8    21. Rh113 68  112.9155306497  112.8908445440     7/2+  radioakt.  2.7904  ß-=100.000000  50.08897E5  -78.6827009E6  955.536897E6    22. Rh114 69  113.9188067841  113.8941206784    1+  radioakt.  1.85088  ß-=100.000000  7.866113E6  -75.6310017E6  960.556033E6    23. Rh115 70  114.9203344385  114.8956483328    7/2+  radioakt.  0.99072  ß-=100.000000  6.194945E6  -7.42080001E7  967.2049921E6    24. Rh116 71  115.9240619777  115.8993758976    1+  radioakt.  0.68096  ß-=100.000000  9223.937E3  -7.07357953E7  97.18040065E7    25. Rh117 72  116.9259802113  116.9012941056    7/2+  radioakt.  0.44032  ß-=100.000000  75.80929E5  -68.9489921E6  97.80879873E7    26. Rh103+1 58  102.90550427953  102.88081817904    7/2+  radioakt.  3367.1936  IT=100.000000  39.9873E3  -0.880222001E8  884.1630001E6    27. Rh102+1 57  101.90684320049   101.88215711024    6(+)  radioakt.  91517039.872  K/β+=99.7680; IT=2.3200000  2.464001E6(K/β+); 1.41057E5 (IT)   -86.774833E6  87.48439857E7     28. Rh101+1 56  100.90616364849  100.88147754800    9/2+  radioakt.  374976.000  K=92.8048; IT=7.19520000  0.699121E6(K); 1.57073E5(IT)  -8.7407921E7  86.74059825E7    29. Rh100+1 55  99.90812178993  99.88343569968    (5+)  radioakt.  16559.872  IT≈98.3088; K/β+≈1.69120000  49.112065(IT); 3.630081E6(K/β+)  -855.83921E5  85.75109937E7    30. Rh99+1 54  98.90813209905  98.88344599856     9/2+  radioakt.  16919.936  K/β+=99.8192>99.8448; IT>0.155184>0.180784  2.167041E6 (K/β+); 0.064001E6(IT)  -8.5574449E7  8.494299953E8    31. Rh98+1 53  97.91070817841  97.88602208048    (5+)  radioakt.  209.920  K/β+>0; IT=>0  50.57025E5(K/β+); 49(IT)   -8.31747889E7  8389.589809E5    32. Rh97+1 52  96.91133684017  96.88665074992    (1/2)–  radioakt.  2771.968  K/β+=94.4352; IT=5.6480000  3779.073E3(K/β+); 2.59073E5(IT)  -825.891889E5  8.303020081E8    33. Rh96+1 51  95.91446106929  95.88977498160    3+  radioakt.  90.60096  IT=60.11040000; K/β+=39.8896  0.51969E5(IT); 6.498049E6(K/β+)  -7.96790065E7  8.1932000049E8    34. Rh95+1 50  94.91589876017  94.89121266992    (1/2)–  radioakt.  117.6064  K/β+=11.98240000; IT=88.0176  5.652993E6(K/β+); 5.42977E5(IT)  -7.83397937E7  80.9910065E7    35. Rh94+1 49  93.92169783089  93.89701174064    (8+)  radioakt.  25.79968  K/β+=100.000000  9.60001E6  -7.29380145E7  79.64369969E7    36. Rh104+1 59  103.90665641009  103.88197030960    5+  radioakt.  260.4032  IT=99.8704; β−=0.12960000  1.289985E5(IT). 2.569985E6(β−)  -86.9489969E6  891.161137E6    37. Rh105+1 60  104.9056945201  104.8810084144    1/2−  radioakt.  45.056  IT=100.000000  13.0049E4  -8.7845169E7  9.00128049E8    38. Rh106+1 61  105.9072876593  105.8826015536    (6)+  radioakt.  7859.968  β−=100.000000  3.677953E6  -86.361137E6  906.71665E6    39. Rh108+1 63  107.9087280177  107.8840419376    (5+)  radioakt.  3600.0000  β−=100.000000  45.09953E5  -850.19441E5  92.1517105E7    40. Rh110+1 65  109.9111364145  109.8864503344      radioakt.  284.928  β−=100.000000  5400.063E3  -8.27759153E7  935.416113E6    41. Rh112+1 67  111.9143941937  111.8897080880      radioakt.  6.80239872  β−=100.000000  6.8000000E6  -7.97413169E7  9.48524081E8    42. Rh114+1 69  113.9188067889  113.8941206832      radioakt.  1.849856  β−=100.000000  7.900161E6  -75.6310065E6  960.556081E6    43. Rh116+1 71  115.9240619825  115.8993759024    5; 6; 7  radioakt.  0.8999936  β−=100.000000  0.8900097E7  -7.07358001E7  97.18040113E7      Palladium    Pd    Kernladungszahl Z=46 (p=46)    Noch keine Einträge vorhanden.   Silber    Ag    Kernladungszahl Z=47 (p=47)    Noch keine Einträge vorhanden.   Cadmium    Cd    Kernladungszahl Z=48 (p=48)    Noch keine Einträge vorhanden.   Indium    In    Kernladungszahl Z=49 (p=49)    Noch keine Einträge vorhanden.   Zinn    Sn    Kernladungszahl Z=50 (p=50)    Noch keine Einträge vorhanden.   Antimon    Sb    Kernladungszahl Z=51 (p=51)    Noch keine Einträge vorhanden.   Tellur    Te    Kernladungszahl Z=52 (p=52)    Noch keine Einträge vorhanden.   Jod    J    Kernladungszahl Z=53 (p=53)    Noch keine Einträge vorhanden.   Xenon    Xe    Kernladungszahl Z=54 (p=54)   Xe(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. Xe132 78  131.90415344   131.87453012  26.909%  0+     stabil      -89.2805E6  1112.448E6  0.4#σ(n.γ); 0.050#σ(n.it)  2. Xe129 75  128.90477942  128.87515611  26.4%  1/2+     stabil      -88.6974E6  1087.651E6  18#σ(n.γ)  3. Xe131 77  130.90508259  130.87545928  21.23%  3/2+     stabil      -88.415E6  1103.512E6  90#σ(n.γ)  4. Xe134 80  133.90539446  133.87577114  10.436%  0+     stabil      -88.1245E6  1127.435E6  0.262#σ(n.γ); 3E-3#σ(n.it)  5. Xe136 82  135.90721884  135.87759552  8.857%  0+  radioakt.  2.5E21a  2ß-=100  2.462E6  -86.4251E6  1141.878E6  0.26#σ(n.γ)  6. Xe130 76  129.90350802  129.87388471  4.071%  0+     stabil      -89.8817E6  1096.907E6  4.35#σ(n.γ); 0.45#σ(n.it)  7. Xe128 74  127.90353132  127.873908  1.91%  0+     stabil      -89.86E6  1080.743E6  4.72#σ(n.γ); 0.480#σ(n.it)  8. Xe124 70  123.90589312  123.8762698  0.950%  0+     160E12a      -87.66E6  1046.257E6  122#σ(n.γ); 28#σ(n.it)  9. Xe126 72  125.90427368  125.87465036  0.89%  0+     stabil      -89.1685E6  1063.909E6  3.05#σ(n.γ); 0.45#σ(n.it)  10. Xe127 73  126.90518458   126.87556126    1/2+  radioakt.  3142821  K=100  0.663E6  -88.32E6  1071.131E6    11. Xe125 71  124.90639543   124.87677211     1/2+  radioakt.  60839.5  K=100  1.644E6  -87.1921E6  1053.861E6    12. Xe123 69  122.90848186  122.87885855    1/2+  radioakt.  7488  K=100  2.695E6  -85.2486E6  1035.775E6    13. Xe122 68  121.90836764  121.87874432    0+  radioakt.  72360  K=100  0.725E6  -85.355E6  1027.81E6    14. Xe121 67  120.91146266   120.88183935    5/2+  radioakt.  2406  K=100  3.815E6  -82.472E6  1016.855E6    15. Xe120 66  119.9117843   119.88216098    0+  radioakt.  2400  K=100  1.617E6  -82.1724E6  1008.485E6    16. Xe119 65  118.91541116  118.88578784    5/2+  radioakt.  348  K=100  4.971E6  -78.794E6  997.035E6    17. Xe118 64  117.91617864  117.88655532    0+  radioakt.  228  K=100  2.892E6  -78.0791E6  988.249E6    18. Xe117 63  116.92035912  116.89073581    5/2+  radioakt.  61  K/β+=<100; Kp=2.9E-3  6.249E6(K/β+); 3.794E6(Kp)  -74.185E6  976.283E6    19. Xe116 62  115.92158103  115.89195772    0+  radioakt.  59  K=100  4.445E6  -73.0468E6  967.074E6    20. Xe115 61  114.92629475  114.89667144    5/2+  radioakt.  18  ε<99.66; pε<0.34; α>3E-4   7.681E6(ε); 5.944E6(pε); 2.403E6(α )  -68.656E6  954.612E6    21. Xe114 60  113.92798032  113.89835701    0+  radioakt.  10  K=100  5.71E6  -67.0859E6  944.97E6    22. Xe113 59  112.93334117  112.90371786    5/2+  radioakt.  2.74  K/β+≈100; Kp=6.99; α≈0.01; Kα≈0.007  9.036E6(K/β); 7.92E6(Kp); 3.095E6(α); 11.742E6(Kα)  -62.0923E6  931.905E6    23. Xe112 58  111.9356231  111.90599978    0+  radioakt.  2.7  K/β+=99.16; α=0.84  7.129E6(K/β); 3.329E6(α)  -59.9667E6  921.708E6    24. Xe111 57  110.94160242  110.9119791    5/2+  radioakt.  740E-3  K/β+=92; α=8  10.55E6(K/β); 3.719E6(α)  -54.397E6  908.067E6    25. Xe110 56  109.94427876  109.91465545    0+  radioakt.  93E-3  K/β+=36; α=64  8.417E6(K/β); 3.885E6(α)  -51.904E6  897.503E6    26. Xe133 79  132.90591072  132.87628741    3/2+  radioakt.  452940  ß-=100  0.427E6  -87.6436E6  1118.883E6  190#σ(n.γ)  27. Xe135 81  134.90722753  134.87760422    3/2+  radioakt.  32904  ß-=100  1.164E6  -86.417E6  1133.799E6  2.65E6#σ(n.γ)  28. Xe137 83  136.9115625  136.88193919    7/2−  radioakt.  229.08  ß-=100  4.166E6  -82.379E6  1145.904E6    29. Xe138 84  137.91395447  137.88433115    0+  radioakt.  844.8  ß-=100  2.736E6  -80.1509E6  1151.747E6    30. Xe139 85  138.9187939  138.88917058    3/2−  radioakt.  39.68  ß-=100  5.058E6  -75.643E6  1155.31E6    31. Xe140 86  139.92164201  139.89201869    0+  radioakt.  13.6  ß-=100  4.06E6  -72.99E6  1160.728E6    32. Xe141 87  140.92664805  140.89702474    5/2−  radioakt.  1.73  ß-=99.96; β−n=0.04  6.149E6(ß-); 6.149E6(β−n)  -68.3269E6  1164.137E6    33. Xe142 88  141.92970959  141.90008627    0+  radioakt.  1.25  ß-=99.79; β−n=0.79  5.04E6(ß-); 0.93E6(β−n)  -65.4751E6  1169.356E6    34. Xe143 89  142.93510962  142.90548631    5/2−  radioakt.  511E-3  ß-=99; β−n=1  7.226E6(ß-); 1.999E6(β−n)  -60.445E6  1172.397E6    35. Xe144 90  143.93850954  143.90888622    0+  radioakt.  388E-3  ß-=97; β−n=3  5.992E6(ß-); 2.322E6(β−n)  -57.278E6  1177.302E6    36. Xe145 91  144.94407049  144.91444718    3/2−  radioakt.  188E-3  ß-=95; β−n=5  7.958E6(ß-); 3.101E6(β−n)  -52.098E6  1180.193E6    37. Xe146 92  145.94774953  145.91812622    0+  radioakt.  146E-3  ß-=93.1; β−n=6.9  6.949E6(ß-); 3.314E6(β−n)  -48.671E6  1184.837E6    38. Xe147 93  146.95355955  146.92393624    3/2−  radioakt.  100E-3  ß-=92; β−n=8  8.76E6(ß-); 4.29E6(β−n)  -43.259E6  1187.497E6    39. Xe132+1 78  131.9041534  131.8745301    (10+)  radioakt.  8.39e-3  IT=100  2.752E6  -89.2805E6  1112.448E6  0.4#σ(n.γ); 0.050#σ(n.it)  40. Xe129+1 75  128.9047794  128.8751561    11/2−  radioakt.  767232.0888  IT=100  0.236E6  -88.6974E6  1087.651E6  18#σ(n.γ)  41. Xe131+1 77  130.9050825  130.8754592    11/2−  radioakt.  1022976  IT=100  0.164E6  -88.415E6  1103.512E6  90#σ(n.γ)  42. Xe134+1 80  133.9053944  133.8757711    7−  radioakt.  290E-3  IT=100   1.965E6  -88.1245E6  1127.435E6    43. Xe127+1 73  126.9051845  126.8755612    9/2–  radioakt.  69.2  IT=100  0.297E6  -88.32E6  1071.131E6    44. Xe125+1 71  124.9063954  124.8767721    (9/2–)  radioakt.  57  IT=100  0.253E6  -87.1921E6  1053.861E5    45. Xe133+1 79  132.9059107  132.8762874    11/2−  radioakt.  189216  IT=100  0.233E6  -87.6436E6  1118.883E6    46. Xe135+1 81  134.90722752  134.8776042    11/2−  radioakt.  917.4  IT=99.996; β−=0.004   0.527E6(IT); 1.678E(β−)  -86.417E6  1133.799E6      Cäsium    Cs    Kernladungszahl Z=55 (p=55)    Noch keine Einträge vorhanden.   Barium    Ba    Kernladungszahl Z=56 (p=56)    Noch keine Einträge vorhanden.   Lanthan    La    Kernladungszahl Z=57 (p=57)    Noch keine Einträge vorhanden.   Cer    Ce    Kernladungszahl Z=58 (p=58)    Noch keine Einträge vorhanden.   Praseodym    Pr    Kernladungszahl Z=59 (p=59)    Noch keine Einträge vorhanden.   Neodym    Nd    Kernladungszahl Z=60 (p=60)    Noch keine Einträge vorhanden.   Promethium    Pm    Kernladungszahl Z=61 (p=61)    Noch keine Einträge vorhanden.   Samarium    Sm    Kernladungszahl Z=62 (p=62)    Noch keine Einträge vorhanden.   Europium    Eu    Kernladungszahl Z=63 (p=63)    Noch keine Einträge vorhanden.   Gadolinium    Gd    Kernladungszahl Z=64 (p=64)    Noch keine Einträge vorhanden.   Terbium    Tb    Kernladungszahl Z=65 (p=65)    Noch keine Einträge vorhanden.   Dysprosium    Dy    Kernladungszahl Z=66 (p=66)    Noch keine Einträge vorhanden.   Holmium    Ho    Kernladungszahl Z=67 (p=67)    Noch keine Einträge vorhanden.   Erbium    Er    Kernladungszahl Z=68 (p=68)    Noch keine Einträge vorhanden.   Thulium    Tm    Kernladungszahl Z=69 (p=69)    Noch keine Einträge vorhanden.   Ytterbium    Yb    Kernladungszahl Z=70 (p=70)    Noch keine Einträge vorhanden.   Lutetium    Lu    Kernladungszahl Z=71 (p=71)    Noch keine Einträge vorhanden.   Hafnium    Hf    Kernladungszahl Z=72 (p=72)    Noch keine Einträge vorhanden.   Tantal    Ta    Kernladungszahl Z=73 (p=73)    Noch keine Einträge vorhanden.   Wolfram    W    Kernladungszahl Z=74 (p=74)    Noch keine Einträge vorhanden.   Rhenium    Re    Kernladungszahl Z=75 (p=75)    Noch keine Einträge vorhanden.   Osmium    Os    Kernladungszahl Z=76 (p=76)    Noch keine Einträge vorhanden.   Iridium    Ir    Kernladungszahl Z=77 (p=77)    Noch keine Einträge vorhanden.   Platin    Pt    Kernladungszahl Z=78 (p=78)    Noch keine Einträge vorhanden.   Gold    Au    Kernladungszahl Z=79 (p=79)   Au(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. Au197 118  196.96656876  196.92323095  100%  +3/2      stabil      -31.141E6  1559.386E6  98.65    Quecksilber    Hg    Kernladungszahl Z=80 (p=80)    Noch keine Einträge vorhanden.   Thallium    Tl    Kernladungszahl Z=81 (p=81)    Noch keine Einträge vorhanden.   Blei    Pb    Kernladungszahl Z=82 (p=82)    Noch keine Einträge vorhanden.   Wismut    Bi    Kernladungszahl Z=83 (p=83)    Noch keine Einträge vorhanden.   Polonium    Po    Kernladungszahl Z=84 (p=84)    Noch keine Einträge vorhanden.   Astatin    At    Kernladungszahl Z=85 (p=85)    Noch keine Einträge vorhanden.   Radon    Rn    Kernladungszahl Z=86 (p=86)   Rn(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. Rn222 136  222.01757778  221.97039991  99.98%  0+  radioakt.  0.3303504E6  α=100   5.591E6  16.3736E6  1708.178E6  0.72#σ(n.γ)  2. Rn224 138  224.02409033  223.97691246  0.02%  0+  radioakt.  107  ß-=100  0.783E6  22.44E6  1718.254E6    3. Rn223 137  223.02178973  222.97461185    7/2+  radioakt.  1392  ß-=100  1.913E6  20.297E6  1712.326E6    4. Rn221 135  221.01553633  220.96835846    7/2+  radioakt.  1.5E3  β−=78; α=22  6.146E6(β−); 1.194E6(α)  14.472E6  1702.009E6    5. Rn220 134  220.01139395  219.96421608    0+  radioakt.  55.6  α=100   6.405E6  10.6134E6  1697.796E6    6. Rn219 133  219.00948025  218.96230238    5/2+  radioakt.  3.96  α=100   6.946E6  8.8308E6  1691.507E6    7. Rn218 132  218.00560068  217.95842281    0+  radioakt.  35E-3  α=100   7.261E6  5.217E6  1687.05E6    8. Rn217 131  217.00392767  216.9567498    9/2+  radioakt.  540E-6  α=100   7.887E6  3.6586E6  1680.537E6    9. Rn216 130  216.00027375  215.95309588    0+  radioakt.  45E-6  α=100   8.199E6  0.255E6  1675.869E6    10. Rn215 129  214.99874546  214.95156758    9/2+  radioakt.  2.3E-6  α=100   8.839E6  -1.1686E6  1669.221E6    11. Rn214 128  213.99536336   213.94818549    0+  radioakt.  0.270E-6  α=100   9.209E6  -4.319E6  1664.3E6    12. Rn213 127  212.99388295  212.94670507    9/2+  radioakt.  19.5E-3  α=100   8.243E6  -5.698E6  1657.608E6    13. Rn212 126  211.99070354  211.94352566    0+  radioakt.  1434  α=100   6.384E6  -8.6596E6  1652.498E6    14. Rn211 125  210.99060112  210.94342325    1/2−  radioakt.  52560  K/β+<72.6; α<27.4; (α-n>1E-11)  2.892E6(K/β); 5.966E6(α); (7.954E6(α-n))  -8.755E6  1644.522E6    15. Rn210 124  209.98969623  209.94251836    0+  radioakt.  8640  K/β+=96; α=4  6.158E6(K/β); 2.374E6(α)  -9.5979E6  1637.294E6    16. Rn209 123  208.99041475  208.94323688    5/2−  radioakt.  1710  K/β+=83; α=17  3.951E6(K/β); 6.155E6(α)  -8.9286E6  1628.553E6    17. Rn208 122  207.98964352  207.94246565    0+  radioakt.  1461  K/β+=38; α=62  2.844E6(K/β); 6.261E6(α)  -9.647E6  1621.2E6    18. Rn207 121  206.99073424  206.94355637    5/2−  radioakt.  555  K/β+=79; α=21  4.612E6(K/β); 6.251E6(α)  -8.631E6  1612.113E6    19. Rn206 120  205.99021464  205.94303677    0+  radioakt.  340.2  K/β+=38; α=62  3.304E6(K/β); 6.384E6(α)  -9.115E6  1604.526E6    20. Rn205 119  204.99171879  204.94454092    5/2−  radioakt.  170  K/β+=75.4; α=24.6  5.258E6(K/β); 6.385E6(α)  -7.7139E6  1595.053E6    21. Rn204 118  203.99142872  203.94425084    0+  radioakt.  74.4  K/β+=73; α=27  6.545E6(K/β); 3.891E6(α)  -7.9841E6  1587.252E6    22. Rn203 117  202.99338665  202.94620877    3/2−  radioakt.  44  K/β+=66; α=34  6.629E6(K/β); 6.003E6(α)  -6.1603E6  1577.357E6    23. Rn202 116  201.99326351  201.94608564    0+  radioakt.  9.7  K/β+=22; α=78  4.315E6(K/β); 6.773E6(α)  -6.275E6  1569.4E6    24. Rn201 115  200.99562853  200.94845066    3/2−  radioakt.  7  K/β+>0; α>0  6.717E6(K/β); 6.861E6(α)  -4.072E6  1559.126E6    25. Rn200 114  199.99569938  199.94852151    0+  radioakt.  1.03288  K/β+=14; α=86  4.981E6(K/β); 7.037E6(α)  -4.006E6  1550.989E6    26. Rn199 113  198.99837036  198.95119249    3/2−  radioakt.  590E-3  K/β+=6; α=94  7.301E6(K/β); 7.131E6(α)  -1.518E6  1540.43E6    27. Rn198 112  197.99867868  197.95150081    0+  radioakt.  64.497E-3  K/β+>0; α>0  5.441E6(K/β); 7.349E6(α)  -1.2308E6  1532.071E6    28. Rn197 111  197.00158434  196.95440646    3/2−  radioakt.  64.818E-3  α=100   7.41E6  1.4758E6  1521.293E6    29. Rn196 110  196.00211488  195.95493701    0+  radioakt.  4.4E-3  K/β+=0.06; α=99.94  5.893E6(K/β); 7.616E6(α)  1.97E6  1512.728E6    30. Rn225 139  225.02844033  224.98126246    7/2−  radioakt.  279.6  ß-=100  2.678E6  26.492E6  1722.274E6    31. Rn226 140  226.03089016  225.98371229    0+  radioakt.  444  ß-=100  1.401E6  28.774E6  1728.063E6    32. Rn227 141  227.03540656  226.98822869    5/2+  radioakt.  20.8  ß-=100  3.326E6  32.981E6  1731.927E6    33. Rn228 142  228.03798629  227.99080842    0+  radioakt.  65  ß-=100  2.102E6  35.384E6  1737.596E6    34. Rn229 143  229.04226  228.99508213    (3/2+)  radioakt.  12  ß-=100  3.549E6  39.364937E6  1741.686E6    35. Rn214+1 128  213.99536336  213.94818549    6+  radioakt.  690E-12   IT<100; α>0  1.443E6(IT); 10.651E6(α)  -4.319E6  1664.3E6    36. Rn203+1 117  202.99338665  202.94620877    (13/2+)  radioakt.  28  α≈80 sys; K/β+≈20 sys; IT<0.1  6.991E6(α); 6.361E6(K/β+); 0.361E6(IT)  -6.1603E6  1577.357E6    37. Rn201+1 115  200.99562853  200.94845066    13/2+  radioakt.  3.8  α≈90; K/β+≈10; IT≈0  7.14E6(α); 6.88E6(K/β+); 0.28E6(IT)  -4.072E6  1559.126E6    38. Rn199+1 113  198.99837036  198.95119249    (13/2+)  radioakt.  320E-3  α=97 sys; K/β+=3 sys  (7.97E6(α); 7.307E6K/β+)  -1.518E6  1540.43E6    39. Rn197+1 111  197.0015843  196.9544064    13/2+  radioakt.  19E-3  α=100  7.4297E6  1.4758E6  1521.293E6    40. Rn214+2 128  213.99536336  213.94818549    8+  radioakt.  6.5E-9  IT≈90; α≈10  1.625E6(IT); 10.833E6(α)  -4.319E6  1664.3E6      Francium    Fr    Kernladungszahl Z=87 (p=87)    Noch keine Einträge vorhanden.   Radium    Ra    Kernladungszahl Z=88 (p=88)    Noch keine Einträge vorhanden.   Actinium    Ac    Kernladungszahl Z=89 (p=89)    Noch keine Einträge vorhanden.   Thorium    Th    Kernladungszahl Z=90 (p=90)    Noch keine Einträge vorhanden.   Protactinium    Pa    Kernladungszahl Z=91 (p=91)    Noch keine Einträge vorhanden.   Uran    U    Kernladungszahl Z=92 (p=92)    Noch keine Einträge vorhanden.   Neptunium    Np    Kernladungszahl Z=93 (p=93)    Noch keine Einträge vorhanden.   Plutonium    Pu    Kernladungszahl Z=94 (p=94)    Noch keine Einträge vorhanden.   Americium    Am    Kernladungszahl Z=95 (p=95)    Noch keine Einträge vorhanden.   Curium    Cm    Kernladungszahl Z=96 (p=96)    Noch keine Einträge vorhanden.   Berkelium    Bk    Kernladungszahl Z=97 (p=97)    Noch keine Einträge vorhanden.   Californium    Cf    Kernladungszahl Z=98 (p=98)    Noch keine Einträge vorhanden.   Einsteinium    Es    Kernladungszahl Z=99 (p=99)    Noch keine Einträge vorhanden.   Fermium    Fm    Kernladungszahl Z=100 (p=100)    Noch keine Einträge vorhanden.   Mendelevium    Md    Kernladungszahl Z=101 (p=101)    Noch keine Einträge vorhanden.   Nobelium    No    Kernladungszahl Z=102 (p=102)    Noch keine Einträge vorhanden.   Lawrencium    Lr    Kernladungszahl Z=103 (p=103)    Noch keine Einträge vorhanden.   Rutherfordium    Rf    Kernladungszahl Z=104 (p=104)    Noch keine Einträge vorhanden.   Dubnium    Db    Kernladungszahl Z=105 (p=105)    Noch keine Einträge vorhanden.   Seaborgium    Sg    Kernladungszahl Z=106 (p=106)    Noch keine Einträge vorhanden.   Bohrium    Bh    Kernladungszahl Z=107 (p=107)    Noch keine Einträge vorhanden.   Hassium    Hs    Kernladungszahl Z=108 (p=108)    Noch keine Einträge vorhanden.   Meitnerium    Mt    Kernladungszahl Z=109 (p=109)    Noch keine Einträge vorhanden.   Darmstadtium    Ds    Kernladungszahl Z=110 (p=110)    Noch keine Einträge vorhanden.   Roentgenium    Rg    Kernladungszahl Z=111 (p=111)    Noch keine Einträge vorhanden.   Copernicium    Cn    Kernladungszahl Z=112 (p=112)    Noch keine Einträge vorhanden.   Ununtrium    Uut    Kernladungszahl Z=113 (p=113)    Noch keine Einträge vorhanden.   Flerovium    Fl    Kernladungszahl Z=114 (p=114)    Noch keine Einträge vorhanden.   Ununpentium    Uup    Kernladungszahl Z=115 (p=115)    Noch keine Einträge vorhanden.   Livermorium    Lv    Kernladungszahl Z=116 (p=116)    Noch keine Einträge vorhanden.   Ununoctium    Uuo    Kernladungszahl Z=118 (p=118)   Uuo(n+p) n Schwere Isotop Schwere Kern Häufig- keit Spin/ Parität Stabilität Halbwerts- zeit [s] Zerfalls- arten Zerfalls- energie [eV] Defekt- energie [eV] Bindungs- energie [eV] Wirkungsquer- schnitt [barn]   1. Uuo293 175  293.31477891  293.25004648  100%    radioakt.  1E-3  α=100   106.033E6  293.21467E6  1979.366E6    Isotopen-Tabelle ausblenden zurück zur PSE-Tabelle   PSE-Tabelle einblenden Please Select Elements   all   nothing Z=1 Wasserstoff H Z=2 Helium He Z=3 Lithium Li Z=4 Beryllium Be Z=5 Bor B Z=6 Kohlenstoff C Z=7 Stickstoff N Z=8 Sauerstoff O Z=9 Fluor F Z=10 Neon Ne Z=11 Natrium Na Z=12 Magnesium Mg Z=13 Aluminium Al Z=14 Silizium Si Z=15 Phosphor P Z=16 Schwefel S Z=17 Chlor Cl Z=18 Argon Ar Z=19 Kalium K Z=20 Calcium Ca Z=21 Scandium Sc Z=22 Titan Ti Z=23 Vanadium V Z=24 Chrom Cr Z=25 Mangan Mn Z=26 Eisen Fe Z=27 Kobalt Co Z=28 Nickel Ni Z=29 Kupfer Cu Z=30 Zink Zn Z=31 Gallium Ga Z=32 Germanium Ge Z=33 Arsen As Z=34 Selen Se Z=35 Brom Br Z=36 Krypton Kr Z=37 Rubidium Rb Z=38 Strontium Sr Z=39 Yttrium Y Z=40 Zirkon Zr Z=41 Niob Nb Z=42 Molybdän Mo Z=43 Technetium Tc Z=44 Ruthenium Ru Z=45 Rohdium Rh Z=46 Palladium Pd Z=47 Silber Ag Z=48 Cadmium Cd Z=49 Indium In Z=50 Zinn Sn Z=51 Antimon Sb Z=52 Tellur Te Z=53 Jod J Z=54 Xenon Xe Z=55 Cäsium Cs Z=56 Barium Ba Z=57 Lanthan La Z=58 Cer Ce Z=59 Praseodym Pr Z=60 Neodym Nd Z=61 Promethium Pm Z=62 Samarium Sm Z=63 Europium Eu Z=64 Gadolinium Gd Z=65 Terbium Tb Z=66 Dysprosium Dy Z=67 Holmium Ho Z=68 Erbium Er Z=69 Thulium Tm Z=70 Ytterbium Yb Z=71 Lutetium Lu Z=72 Hafnium Hf Z=73 Tantal Ta Z=74 Wolfram W Z=75 Rhenium Re Z=76 Osmium Os Z=77 Iridium Ir Z=78 Platin Pt Z=79 Gold Au Z=80 Quecksilber Hg Z=81 Thallium Tl Z=82 Blei Pb Z=83 Wismut Bi Z=84 Polonium Po Z=85 Astatin At Z=86 Radon Rn Z=87 Francium Fr Z=88 Radium Ra Z=89 Actinium Ac Z=90 Thorium Th Z=91 Protactinium Pa Z=92 Uran U Z=93 Neptunium Np Z=94 Plutonium Pu Z=95 Americium Am Z=96 Curium Cm Z=97 Berkelium Bk Z=98 Californium Cf Z=99 Einsteinium Es Z=100 Fermium Fm Z=101 Mendelevium Md Z=102 Nobelium No Z=103 Lawrencium Lr Z=104 Rutherfordium Rf Z=105 Dubnium Db Z=106 Seaborgium Sg Z=107 Bohrium Bh Z=108 Hassium Hs Z=109 Meitnerium Mt Z=110 Darmstadtium Ds Z=111 Roentgenium Rg Z=112 Copernicium Cn Z=113 Ununtrium Uut Z=114 Flerovium Fl Z=115 Ununpentium Uup Z=116 Livermorium Lv Z=117 Ununseptium Uus Z=118 Ununoctium Uuo name off Actual Settings START***1x*x2024-04-28_19:40:20***2x*x17***3x*x57***4x*x0_0_0_0_0***5x*x25***6x*xF_2_0_1***7x*x1484***8x*x1.3195909068E-15***9x*x2***10x*x0.6180339887498948482***11x*x1_2_3_4_5_6_7_8_9_10_11_12_13_14_15_16_17_18_19_20_21_22_23_24_25_26_27_28_29_30_31_32_33_34_35_36_37_38_39_40_41_42_43_44_45_46_47_48_49_50_51_52_53_54_55_56_57_58_59_60_61_62_63_64_65_66_67_68_69_70_71_72_73_74_75_76_77_78_79_80_81_82_83_84_85_86_87_88_89_90_91_92_93_94_95_96_97_98_99_100_101_102_103_104_105_106_107_108_109_110_111_112_113_114_115_116_117_118***12x*x1***13x*x7_5_100_100_100***14x*x0_0_0_1_1_2_2_2***END      (SAVE settings with Ctrg-C as txt (Notepad)   or   SAVE as browser-Link ) Calculate for selected elements with potenz N= to in            L = Z * Cx * Basis^N * Factor and f=c/L and T=L/c with c= m/s and Comptonwavelength Cx [m]:   Ce= 2.4263102389E-12 Cp= 1.32140985623E-15  Cn= 1.3195909068E-15  Plk= 1.616199E-35  orb_Mercur= 57.91E9 Cx m    Basis   Factor   Basis B with e= 2.7182818284590  phi= 1.618034  or 2 ,   Factor with pi= 3.141592   2pi= 6.283185  g= 0.61803398874989  or 18 show  digits                  Select Units L Length   Lj   pc   AE   earthR   km   m   dm   cm   mm   µm   nm   A~   pm   fm f  Frequency   THz   GHz   MHz   kHz   Hz   mHz   µHz T Time   j   d   h   min   s   ms   µs   ns   ps V Volume =L^3   km^3   m^3   hL=100L   dL=10L   dm^3=L   10ml=cL   cm^3=mL   mm^3=µL m Mass =V*dens.   Mt   kt   t   kg   g   mg   µg   ng   pg   fg        (Reset with deleting the number)      Reset 1 Listing-Modus (Example) 1 Listing - Modus     2 Searching - Modus     3 Factor-Search     4 Basis(+Factor)-Search     5 Basis(+Factor)-Harmonics-Search Results      with Cn      Attention ! Factor 0.6180339887498948482 to L and to T, invers to f      Attention ! c= 1484 m/s B F   Z N [1m=1m] [1Hz=1.0Hz] 2 0.618 H Z=1 N=17 L=0.0000000 m f=13882647636228.22852 Hz 2 0.618 H Z=1 N=18 L=0.0000000 m f=6941323818114.11426 Hz 2 0.618 H Z=1 N=19 L=0.0000000 m f=3470661909057.05713 Hz 2 0.618 H Z=1 N=20 L=0.0000000 m f=1735330954528.52856 Hz 2 0.618 H Z=1 N=21 L=0.0000000 m f=867665477264.26428 Hz 2 0.618 H Z=1 N=22 L=0.0000000 m f=433832738632.13214 Hz 2 0.618 H Z=1 N=23 L=0.0000000 m f=216916369316.06607 Hz 2 0.618 H Z=1 N=24 L=0.0000000 m f=108458184658.03304 Hz 2 0.618 H Z=1 N=25 L=0.0000000 m f=54229092329.01652 Hz 2 0.618 H Z=1 N=26 L=0.0000001 m f=27114546164.50826 Hz 2 0.618 H Z=1 N=27 L=0.0000001 m f=13557273082.25413 Hz 2 0.618 H Z=1 N=28 L=0.0000002 m f=6778636541.12707 Hz 2 0.618 H Z=1 N=29 L=0.0000004 m f=3389318270.56353 Hz 2 0.618 H Z=1 N=30 L=0.0000009 m f=1694659135.28177 Hz 2 0.618 H Z=1 N=31 L=0.0000018 m f=847329567.64088 Hz 2 0.618 H Z=1 N=32 L=0.0000035 m f=423664783.82044 Hz 2 0.618 H Z=1 N=33 L=0.0000070 m f=211832391.91022 Hz 2 0.618 H Z=1 N=34 L=0.0000140 m f=105916195.95511 Hz 2 0.618 H Z=1 N=35 L=0.0000280 m f=52958097.97756 Hz 2 0.618 H Z=1 N=36 L=0.0000560 m f=26479048.98878 Hz 2 0.618 H Z=1 N=37 L=0.0001121 m f=13239524.49439 Hz 2 0.618 H Z=1 N=38 L=0.0002242 m f=6619762.24719 Hz 2 0.618 H Z=1 N=39 L=0.0004484 m f=3309881.12360 Hz 2 0.618 H Z=1 N=40 L=0.0008967 m f=1654940.56180 Hz 2 0.618 H Z=1 N=41 L=0.0017934 m f=827470.28090 Hz 2 0.618 H Z=1 N=42 L=0.0035868 m f=413735.14045 Hz 2 0.618 H Z=1 N=43 L=0.0071737 m f=206867.57022 Hz 2 0.618 H Z=1 N=44 L=0.0143473 m f=103433.78511 Hz 2 0.618 H Z=1 N=45 L=0.0286947 m f=51716.89256 Hz 2 0.618 H Z=1 N=46 L=0.0573894 m f=25858.44628 Hz 2 0.618 H Z=1 N=47 L=0.1147787 m f=12929.22314 Hz 2 0.618 H Z=1 N=48 L=0.2295575 m f=6464.61157 Hz 2 0.618 H Z=1 N=49 L=0.4591150 m f=3232.30578 Hz 2 0.618 H Z=1 N=50 L=0.9182300 m f=1616.15289 Hz 2 0.618 H Z=1 N=51 L=1.8364599 m f=808.07645 Hz 2 0.618 H Z=1 N=52 L=3.6729198 m f=404.03822 Hz 2 0.618 H Z=1 N=53 L=7.3458397 m f=202.01911 Hz 2 0.618 H Z=1 N=54 L=14.6916793 m f=101.00956 Hz 2 0.618 H Z=1 N=55 L=29.3833586 m f=50.50478 Hz 2 0.618 H Z=1 N=56 L=58.7667172 m f=25.25239 Hz 2 0.618 H Z=1 N=57 L=117.5334344 m f=12.62619 Hz 2 0.618 He Z=2 N=17 L=0.0000000 m f=6941323818114.11426 Hz 2 0.618 He Z=2 N=18 L=0.0000000 m f=3470661909057.05713 Hz 2 0.618 He Z=2 N=19 L=0.0000000 m f=1735330954528.52856 Hz 2 0.618 He Z=2 N=20 L=0.0000000 m f=867665477264.26428 Hz 2 0.618 He Z=2 N=21 L=0.0000000 m f=433832738632.13214 Hz 2 0.618 He Z=2 N=22 L=0.0000000 m f=216916369316.06607 Hz 2 0.618 He Z=2 N=23 L=0.0000000 m f=108458184658.03304 Hz 2 0.618 He Z=2 N=24 L=0.0000000 m f=54229092329.01652 Hz 2 0.618 He Z=2 N=25 L=0.0000001 m f=27114546164.50826 Hz 2 0.618 He Z=2 N=26 L=0.0000001 m f=13557273082.25413 Hz 2 0.618 He Z=2 N=27 L=0.0000002 m f=6778636541.12707 Hz 2 0.618 He Z=2 N=28 L=0.0000004 m f=3389318270.56353 Hz 2 0.618 He Z=2 N=29 L=0.0000009 m f=1694659135.28177 Hz 2 0.618 He Z=2 N=30 L=0.0000018 m f=847329567.64088 Hz 2 0.618 He Z=2 N=31 L=0.0000035 m f=423664783.82044 Hz 2 0.618 He Z=2 N=32 L=0.0000070 m f=211832391.91022 Hz 2 0.618 He Z=2 N=33 L=0.0000140 m f=105916195.95511 Hz 2 0.618 He Z=2 N=34 L=0.0000280 m f=52958097.97756 Hz 2 0.618 He Z=2 N=35 L=0.0000560 m f=26479048.98878 Hz 2 0.618 He Z=2 N=36 L=0.0001121 m f=13239524.49439 Hz 2 0.618 He Z=2 N=37 L=0.0002242 m f=6619762.24719 Hz 2 0.618 He Z=2 N=38 L=0.0004484 m f=3309881.12360 Hz 2 0.618 He Z=2 N=39 L=0.0008967 m f=1654940.56180 Hz 2 0.618 He Z=2 N=40 L=0.0017934 m f=827470.28090 Hz 2 0.618 He Z=2 N=41 L=0.0035868 m f=413735.14045 Hz 2 0.618 He Z=2 N=42 L=0.0071737 m f=206867.57022 Hz 2 0.618 He Z=2 N=43 L=0.0143473 m f=103433.78511 Hz 2 0.618 He Z=2 N=44 L=0.0286947 m f=51716.89256 Hz 2 0.618 He Z=2 N=45 L=0.0573894 m f=25858.44628 Hz 2 0.618 He Z=2 N=46 L=0.1147787 m f=12929.22314 Hz 2 0.618 He Z=2 N=47 L=0.2295575 m f=6464.61157 Hz 2 0.618 He Z=2 N=48 L=0.4591150 m f=3232.30578 Hz 2 0.618 He Z=2 N=49 L=0.9182300 m f=1616.15289 Hz 2 0.618 He Z=2 N=50 L=1.8364599 m f=808.07645 Hz 2 0.618 He Z=2 N=51 L=3.6729198 m f=404.03822 Hz 2 0.618 He Z=2 N=52 L=7.3458397 m f=202.01911 Hz 2 0.618 He Z=2 N=53 L=14.6916793 m f=101.00956 Hz 2 0.618 He Z=2 N=54 L=29.3833586 m f=50.50478 Hz 2 0.618 He Z=2 N=55 L=58.7667172 m f=25.25239 Hz 2 0.618 He Z=2 N=56 L=117.5334344 m f=12.62619 Hz 2 0.618 He Z=2 N=57 L=235.0668689 m f=6.31310 Hz 2 0.618 Li Z=3 N=17 L=0.0000000 m f=4627549212076.07617 Hz 2 0.618 Li Z=3 N=18 L=0.0000000 m f=2313774606038.03809 Hz 2 0.618 Li Z=3 N=19 L=0.0000000 m f=1156887303019.01904 Hz 2 0.618 Li Z=3 N=20 L=0.0000000 m f=578443651509.50952 Hz 2 0.618 Li Z=3 N=21 L=0.0000000 m f=289221825754.75476 Hz 2 0.618 Li Z=3 N=22 L=0.0000000 m f=144610912877.37738 Hz 2 0.618 Li Z=3 N=23 L=0.0000000 m f=72305456438.68869 Hz 2 0.618 Li Z=3 N=24 L=0.0000000 m f=36152728219.34435 Hz 2 0.618 Li Z=3 N=25 L=0.0000001 m f=18076364109.67217 Hz 2 0.618 Li Z=3 N=26 L=0.0000002 m f=9038182054.83609 Hz 2 0.618 Li Z=3 N=27 L=0.0000003 m f=4519091027.41804 Hz 2 0.618 Li Z=3 N=28 L=0.0000007 m f=2259545513.70902 Hz 2 0.618 Li Z=3 N=29 L=0.0000013 m f=1129772756.85451 Hz 2 0.618 Li Z=3 N=30 L=0.0000026 m f=564886378.42726 Hz 2 0.618 Li Z=3 N=31 L=0.0000053 m f=282443189.21363 Hz 2 0.618 Li Z=3 N=32 L=0.0000105 m f=141221594.60681 Hz 2 0.618 Li Z=3 N=33 L=0.0000210 m f=70610797.30341 Hz 2 0.618 Li Z=3 N=34 L=0.0000420 m f=35305398.65170 Hz 2 0.618 Li Z=3 N=35 L=0.0000841 m f=17652699.32585 Hz 2 0.618 Li Z=3 N=36 L=0.0001681 m f=8826349.66293 Hz 2 0.618 Li Z=3 N=37 L=0.0003363 m f=4413174.83146 Hz 2 0.618 Li Z=3 N=38 L=0.0006725 m f=2206587.41573 Hz 2 0.618 Li Z=3 N=39 L=0.0013451 m f=1103293.70787 Hz 2 0.618 Li Z=3 N=40 L=0.0026901 m f=551646.85393 Hz 2 0.618 Li Z=3 N=41 L=0.0053803 m f=275823.42697 Hz 2 0.618 Li Z=3 N=42 L=0.0107605 m f=137911.71348 Hz 2 0.618 Li Z=3 N=43 L=0.0215210 m f=68955.85674 Hz 2 0.618 Li Z=3 N=44 L=0.0430420 m f=34477.92837 Hz 2 0.618 Li Z=3 N=45 L=0.0860841 m f=17238.96419 Hz 2 0.618 Li Z=3 N=46 L=0.1721681 m f=8619.48209 Hz 2 0.618 Li Z=3 N=47 L=0.3443362 m f=4309.74105 Hz 2 0.618 Li Z=3 N=48 L=0.6886725 m f=2154.87052 Hz 2 0.618 Li Z=3 N=49 L=1.3773449 m f=1077.43526 Hz 2 0.618 Li Z=3 N=50 L=2.7546899 m f=538.71763 Hz 2 0.618 Li Z=3 N=51 L=5.5093797 m f=269.35882 Hz 2 0.618 Li Z=3 N=52 L=11.0187595 m f=134.67941 Hz 2 0.618 Li Z=3 N=53 L=22.0375190 m f=67.33970 Hz 2 0.618 Li Z=3 N=54 L=44.0750379 m f=33.66985 Hz 2 0.618 Li Z=3 N=55 L=88.1500758 m f=16.83493 Hz 2 0.618 Li Z=3 N=56 L=176.3001516 m f=8.41746 Hz 2 0.618 Li Z=3 N=57 L=352.6003033 m f=4.20873 Hz 2 0.618 Be Z=4 N=17 L=0.0000000 m f=3470661909057.05713 Hz 2 0.618 Be Z=4 N=18 L=0.0000000 m f=1735330954528.52856 Hz 2 0.618 Be Z=4 N=19 L=0.0000000 m f=867665477264.26428 Hz 2 0.618 Be Z=4 N=20 L=0.0000000 m f=433832738632.13214 Hz 2 0.618 Be Z=4 N=21 L=0.0000000 m f=216916369316.06607 Hz 2 0.618 Be Z=4 N=22 L=0.0000000 m f=108458184658.03304 Hz 2 0.618 Be Z=4 N=23 L=0.0000000 m f=54229092329.01652 Hz 2 0.618 Be Z=4 N=24 L=0.0000001 m f=27114546164.50826 Hz 2 0.618 Be Z=4 N=25 L=0.0000001 m f=13557273082.25413 Hz 2 0.618 Be Z=4 N=26 L=0.0000002 m f=6778636541.12707 Hz 2 0.618 Be Z=4 N=27 L=0.0000004 m f=3389318270.56353 Hz 2 0.618 Be Z=4 N=28 L=0.0000009 m f=1694659135.28177 Hz 2 0.618 Be Z=4 N=29 L=0.0000018 m f=847329567.64088 Hz 2 0.618 Be Z=4 N=30 L=0.0000035 m f=423664783.82044 Hz 2 0.618 Be Z=4 N=31 L=0.0000070 m f=211832391.91022 Hz 2 0.618 Be Z=4 N=32 L=0.0000140 m f=105916195.95511 Hz 2 0.618 Be Z=4 N=33 L=0.0000280 m f=52958097.97756 Hz 2 0.618 Be Z=4 N=34 L=0.0000560 m f=26479048.98878 Hz 2 0.618 Be Z=4 N=35 L=0.0001121 m f=13239524.49439 Hz 2 0.618 Be Z=4 N=36 L=0.0002242 m f=6619762.24719 Hz 2 0.618 Be Z=4 N=37 L=0.0004484 m f=3309881.12360 Hz 2 0.618 Be Z=4 N=38 L=0.0008967 m f=1654940.56180 Hz 2 0.618 Be Z=4 N=39 L=0.0017934 m f=827470.28090 Hz 2 0.618 Be Z=4 N=40 L=0.0035868 m f=413735.14045 Hz 2 0.618 Be Z=4 N=41 L=0.0071737 m f=206867.57022 Hz 2 0.618 Be Z=4 N=42 L=0.0143473 m f=103433.78511 Hz 2 0.618 Be Z=4 N=43 L=0.0286947 m f=51716.89256 Hz 2 0.618 Be Z=4 N=44 L=0.0573894 m f=25858.44628 Hz 2 0.618 Be Z=4 N=45 L=0.1147787 m f=12929.22314 Hz 2 0.618 Be Z=4 N=46 L=0.2295575 m f=6464.61157 Hz 2 0.618 Be Z=4 N=47 L=0.4591150 m f=3232.30578 Hz 2 0.618 Be Z=4 N=48 L=0.9182300 m f=1616.15289 Hz 2 0.618 Be Z=4 N=49 L=1.8364599 m f=808.07645 Hz 2 0.618 Be Z=4 N=50 L=3.6729198 m f=404.03822 Hz 2 0.618 Be Z=4 N=51 L=7.3458397 m f=202.01911 Hz 2 0.618 Be Z=4 N=52 L=14.6916793 m f=101.00956 Hz 2 0.618 Be Z=4 N=53 L=29.3833586 m f=50.50478 Hz 2 0.618 Be Z=4 N=54 L=58.7667172 m f=25.25239 Hz 2 0.618 Be Z=4 N=55 L=117.5334344 m f=12.62619 Hz 2 0.618 Be Z=4 N=56 L=235.0668689 m f=6.31310 Hz 2 0.618 Be Z=4 N=57 L=470.1337377 m f=3.15655 Hz 2 0.618 B Z=5 N=17 L=0.0000000 m f=2776529527245.64600 Hz 2 0.618 B Z=5 N=18 L=0.0000000 m f=1388264763622.82300 Hz 2 0.618 B Z=5 N=19 L=0.0000000 m f=694132381811.41150 Hz 2 0.618 B Z=5 N=20 L=0.0000000 m f=347066190905.70575 Hz 2 0.618 B Z=5 N=21 L=0.0000000 m f=173533095452.85287 Hz 2 0.618 B Z=5 N=22 L=0.0000000 m f=86766547726.42644 Hz 2 0.618 B Z=5 N=23 L=0.0000000 m f=43383273863.21322 Hz 2 0.618 B Z=5 N=24 L=0.0000001 m f=21691636931.60661 Hz 2 0.618 B Z=5 N=25 L=0.0000001 m f=10845818465.80330 Hz 2 0.618 B Z=5 N=26 L=0.0000003 m f=5422909232.90165 Hz 2 0.618 B Z=5 N=27 L=0.0000005 m f=2711454616.45083 Hz 2 0.618 B Z=5 N=28 L=0.0000011 m f=1355727308.22541 Hz 2 0.618 B Z=5 N=29 L=0.0000022 m f=677863654.11271 Hz 2 0.618 B Z=5 N=30 L=0.0000044 m f=338931827.05635 Hz 2 0.618 B Z=5 N=31 L=0.0000088 m f=169465913.52818 Hz 2 0.618 B Z=5 N=32 L=0.0000175 m f=84732956.76409 Hz 2 0.618 B Z=5 N=33 L=0.0000350 m f=42366478.38204 Hz 2 0.618 B Z=5 N=34 L=0.0000701 m f=21183239.19102 Hz 2 0.618 B Z=5 N=35 L=0.0001401 m f=10591619.59551 Hz 2 0.618 B Z=5 N=36 L=0.0002802 m f=5295809.79776 Hz 2 0.618 B Z=5 N=37 L=0.0005604 m f=2647904.89888 Hz 2 0.618 B Z=5 N=38 L=0.0011209 m f=1323952.44944 Hz 2 0.618 B Z=5 N=39 L=0.0022418 m f=661976.22472 Hz 2 0.618 B Z=5 N=40 L=0.0044835 m f=330988.11236 Hz 2 0.618 B Z=5 N=41 L=0.0089671 m f=165494.05618 Hz 2 0.618 B Z=5 N=42 L=0.0179342 m f=82747.02809 Hz 2 0.618 B Z=5 N=43 L=0.0358684 m f=41373.51404 Hz 2 0.618 B Z=5 N=44 L=0.0717367 m f=20686.75702 Hz 2 0.618 B Z=5 N=45 L=0.1434734 m f=10343.37851 Hz 2 0.618 B Z=5 N=46 L=0.2869469 m f=5171.68926 Hz 2 0.618 B Z=5 N=47 L=0.5738937 m f=2585.84463 Hz 2 0.618 B Z=5 N=48 L=1.1477874 m f=1292.92231 Hz 2 0.618 B Z=5 N=49 L=2.2955749 m f=646.46116 Hz 2 0.618 B Z=5 N=50 L=4.5911498 m f=323.23058 Hz 2 0.618 B Z=5 N=51 L=9.1822996 m f=161.61529 Hz 2 0.618 B Z=5 N=52 L=18.3645991 m f=80.80764 Hz 2 0.618 B Z=5 N=53 L=36.7291983 m f=40.40382 Hz 2 0.618 B Z=5 N=54 L=73.4583965 m f=20.20191 Hz 2 0.618 B Z=5 N=55 L=146.9167930 m f=10.10096 Hz 2 0.618 B Z=5 N=56 L=293.8335861 m f=5.05048 Hz 2 0.618 B Z=5 N=57 L=587.6671721 m f=2.52524 Hz 2 0.618 C Z=6 N=17 L=0.0000000 m f=2313774606038.03809 Hz 2 0.618 C Z=6 N=18 L=0.0000000 m f=1156887303019.01904 Hz 2 0.618 C Z=6 N=19 L=0.0000000 m f=578443651509.50952 Hz 2 0.618 C Z=6 N=20 L=0.0000000 m f=289221825754.75476 Hz 2 0.618 C Z=6 N=21 L=0.0000000 m f=144610912877.37738 Hz 2 0.618 C Z=6 N=22 L=0.0000000 m f=72305456438.68869 Hz 2 0.618 C Z=6 N=23 L=0.0000000 m f=36152728219.34435 Hz 2 0.618 C Z=6 N=24 L=0.0000001 m f=18076364109.67217 Hz 2 0.618 C Z=6 N=25 L=0.0000002 m f=9038182054.83609 Hz 2 0.618 C Z=6 N=26 L=0.0000003 m f=4519091027.41804 Hz 2 0.618 C Z=6 N=27 L=0.0000007 m f=2259545513.70902 Hz 2 0.618 C Z=6 N=28 L=0.0000013 m f=1129772756.85451 Hz 2 0.618 C Z=6 N=29 L=0.0000026 m f=564886378.42726 Hz 2 0.618 C Z=6 N=30 L=0.0000053 m f=282443189.21363 Hz 2 0.618 C Z=6 N=31 L=0.0000105 m f=141221594.60681 Hz 2 0.618 C Z=6 N=32 L=0.0000210 m f=70610797.30341 Hz 2 0.618 C Z=6 N=33 L=0.0000420 m f=35305398.65170 Hz 2 0.618 C Z=6 N=34 L=0.0000841 m f=17652699.32585 Hz 2 0.618 C Z=6 N=35 L=0.0001681 m f=8826349.66293 Hz 2 0.618 C Z=6 N=36 L=0.0003363 m f=4413174.83146 Hz 2 0.618 C Z=6 N=37 L=0.0006725 m f=2206587.41573 Hz 2 0.618 C Z=6 N=38 L=0.0013451 m f=1103293.70787 Hz 2 0.618 C Z=6 N=39 L=0.0026901 m f=551646.85393 Hz 2 0.618 C Z=6 N=40 L=0.0053803 m f=275823.42697 Hz 2 0.618 C Z=6 N=41 L=0.0107605 m f=137911.71348 Hz 2 0.618 C Z=6 N=42 L=0.0215210 m f=68955.85674 Hz 2 0.618 C Z=6 N=43 L=0.0430420 m f=34477.92837 Hz 2 0.618 C Z=6 N=44 L=0.0860841 m f=17238.96419 Hz 2 0.618 C Z=6 N=45 L=0.1721681 m f=8619.48209 Hz 2 0.618 C Z=6 N=46 L=0.3443362 m f=4309.74105 Hz 2 0.618 C Z=6 N=47 L=0.6886725 m f=2154.87052 Hz 2 0.618 C Z=6 N=48 L=1.3773449 m f=1077.43526 Hz 2 0.618 C Z=6 N=49 L=2.7546899 m f=538.71763 Hz 2 0.618 C Z=6 N=50 L=5.5093797 m f=269.35882 Hz 2 0.618 C Z=6 N=51 L=11.0187595 m f=134.67941 Hz 2 0.618 C Z=6 N=52 L=22.0375190 m f=67.33970 Hz 2 0.618 C Z=6 N=53 L=44.0750379 m f=33.66985 Hz 2 0.618 C Z=6 N=54 L=88.1500758 m f=16.83493 Hz 2 0.618 C Z=6 N=55 L=176.3001516 m f=8.41746 Hz 2 0.618 C Z=6 N=56 L=352.6003033 m f=4.20873 Hz 2 0.618 C Z=6 N=57 L=705.2006066 m f=2.10437 Hz 2 0.618 N Z=7 N=17 L=0.0000000 m f=1983235376604.03271 Hz 2 0.618 N Z=7 N=18 L=0.0000000 m f=991617688302.01636 Hz 2 0.618 N Z=7 N=19 L=0.0000000 m f=495808844151.00818 Hz 2 0.618 N Z=7 N=20 L=0.0000000 m f=247904422075.50409 Hz 2 0.618 N Z=7 N=21 L=0.0000000 m f=123952211037.75204 Hz 2 0.618 N Z=7 N=22 L=0.0000000 m f=61976105518.87602 Hz 2 0.618 N Z=7 N=23 L=0.0000000 m f=30988052759.43801 Hz 2 0.618 N Z=7 N=24 L=0.0000001 m f=15494026379.71901 Hz 2 0.618 N Z=7 N=25 L=0.0000002 m f=7747013189.85950 Hz 2 0.618 N Z=7 N=26 L=0.0000004 m f=3873506594.92975 Hz 2 0.618 N Z=7 N=27 L=0.0000008 m f=1936753297.46488 Hz 2 0.618 N Z=7 N=28 L=0.0000015 m f=968376648.73244 Hz 2 0.618 N Z=7 N=29 L=0.0000031 m f=484188324.36622 Hz 2 0.618 N Z=7 N=30 L=0.0000061 m f=242094162.18311 Hz 2 0.618 N Z=7 N=31 L=0.0000123 m f=121047081.09156 Hz 2 0.618 N Z=7 N=32 L=0.0000245 m f=60523540.54578 Hz 2 0.618 N Z=7 N=33 L=0.0000490 m f=30261770.27289 Hz 2 0.618 N Z=7 N=34 L=0.0000981 m f=15130885.13644 Hz 2 0.618 N Z=7 N=35 L=0.0001962 m f=7565442.56822 Hz 2 0.618 N Z=7 N=36 L=0.0003923 m f=3782721.28411 Hz 2 0.618 N Z=7 N=37 L=0.0007846 m f=1891360.64206 Hz 2 0.618 N Z=7 N=38 L=0.0015692 m f=945680.32103 Hz 2 0.618 N Z=7 N=39 L=0.0031385 m f=472840.16051 Hz 2 0.618 N Z=7 N=40 L=0.0062770 m f=236420.08026 Hz 2 0.618 N Z=7 N=41 L=0.0125539 m f=118210.04013 Hz 2 0.618 N Z=7 N=42 L=0.0251079 m f=59105.02006 Hz 2 0.618 N Z=7 N=43 L=0.0502157 m f=29552.51003 Hz 2 0.618 N Z=7 N=44 L=0.1004314 m f=14776.25502 Hz 2 0.618 N Z=7 N=45 L=0.2008628 m f=7388.12751 Hz 2 0.618 N Z=7 N=46 L=0.4017256 m f=3694.06375 Hz 2 0.618 N Z=7 N=47 L=0.8034512 m f=1847.03188 Hz 2 0.618 N Z=7 N=48 L=1.6069024 m f=923.51594 Hz 2 0.618 N Z=7 N=49 L=3.2138048 m f=461.75797 Hz 2 0.618 N Z=7 N=50 L=6.4276097 m f=230.87898 Hz 2 0.618 N Z=7 N=51 L=12.8552194 m f=115.43949 Hz 2 0.618 N Z=7 N=52 L=25.7104388 m f=57.71975 Hz 2 0.618 N Z=7 N=53 L=51.4208776 m f=28.85987 Hz 2 0.618 N Z=7 N=54 L=102.8417551 m f=14.42994 Hz 2 0.618 N Z=7 N=55 L=205.6835102 m f=7.21497 Hz 2 0.618 N Z=7 N=56 L=411.3670205 m f=3.60748 Hz 2 0.618 N Z=7 N=57 L=822.7340410 m f=1.80374 Hz 2 0.618 O Z=8 N=17 L=0.0000000 m f=1735330954528.52856 Hz 2 0.618 O Z=8 N=18 L=0.0000000 m f=867665477264.26428 Hz 2 0.618 O Z=8 N=19 L=0.0000000 m f=433832738632.13214 Hz 2 0.618 O Z=8 N=20 L=0.0000000 m f=216916369316.06607 Hz 2 0.618 O Z=8 N=21 L=0.0000000 m f=108458184658.03304 Hz 2 0.618 O Z=8 N=22 L=0.0000000 m f=54229092329.01652 Hz 2 0.618 O Z=8 N=23 L=0.0000001 m f=27114546164.50826 Hz 2 0.618 O Z=8 N=24 L=0.0000001 m f=13557273082.25413 Hz 2 0.618 O Z=8 N=25 L=0.0000002 m f=6778636541.12707 Hz 2 0.618 O Z=8 N=26 L=0.0000004 m f=3389318270.56353 Hz 2 0.618 O Z=8 N=27 L=0.0000009 m f=1694659135.28177 Hz 2 0.618 O Z=8 N=28 L=0.0000018 m f=847329567.64088 Hz 2 0.618 O Z=8 N=29 L=0.0000035 m f=423664783.82044 Hz 2 0.618 O Z=8 N=30 L=0.0000070 m f=211832391.91022 Hz 2 0.618 O Z=8 N=31 L=0.0000140 m f=105916195.95511 Hz 2 0.618 O Z=8 N=32 L=0.0000280 m f=52958097.97756 Hz 2 0.618 O Z=8 N=33 L=0.0000560 m f=26479048.98878 Hz 2 0.618 O Z=8 N=34 L=0.0001121 m f=13239524.49439 Hz 2 0.618 O Z=8 N=35 L=0.0002242 m f=6619762.24719 Hz 2 0.618 O Z=8 N=36 L=0.0004484 m f=3309881.12360 Hz 2 0.618 O Z=8 N=37 L=0.0008967 m f=1654940.56180 Hz 2 0.618 O Z=8 N=38 L=0.0017934 m f=827470.28090 Hz 2 0.618 O Z=8 N=39 L=0.0035868 m f=413735.14045 Hz 2 0.618 O Z=8 N=40 L=0.0071737 m f=206867.57022 Hz 2 0.618 O Z=8 N=41 L=0.0143473 m f=103433.78511 Hz 2 0.618 O Z=8 N=42 L=0.0286947 m f=51716.89256 Hz 2 0.618 O Z=8 N=43 L=0.0573894 m f=25858.44628 Hz 2 0.618 O Z=8 N=44 L=0.1147787 m f=12929.22314 Hz 2 0.618 O Z=8 N=45 L=0.2295575 m f=6464.61157 Hz 2 0.618 O Z=8 N=46 L=0.4591150 m f=3232.30578 Hz 2 0.618 O Z=8 N=47 L=0.9182300 m f=1616.15289 Hz 2 0.618 O Z=8 N=48 L=1.8364599 m f=808.07645 Hz 2 0.618 O Z=8 N=49 L=3.6729198 m f=404.03822 Hz 2 0.618 O Z=8 N=50 L=7.3458397 m f=202.01911 Hz 2 0.618 O Z=8 N=51 L=14.6916793 m f=101.00956 Hz 2 0.618 O Z=8 N=52 L=29.3833586 m f=50.50478 Hz 2 0.618 O Z=8 N=53 L=58.7667172 m f=25.25239 Hz 2 0.618 O Z=8 N=54 L=117.5334344 m f=12.62619 Hz 2 0.618 O Z=8 N=55 L=235.0668689 m f=6.31310 Hz 2 0.618 O Z=8 N=56 L=470.1337377 m f=3.15655 Hz 2 0.618 O Z=8 N=57 L=940.2674754 m f=1.57827 Hz 2 0.618 F Z=9 N=17 L=0.0000000 m f=1542516404025.35889 Hz 2 0.618 F Z=9 N=18 L=0.0000000 m f=771258202012.67944 Hz 2 0.618 F Z=9 N=19 L=0.0000000 m f=385629101006.33972 Hz 2 0.618 F Z=9 N=20 L=0.0000000 m f=192814550503.16986 Hz 2 0.618 F Z=9 N=21 L=0.0000000 m f=96407275251.58493 Hz 2 0.618 F Z=9 N=22 L=0.0000000 m f=48203637625.79247 Hz 2 0.618 F Z=9 N=23 L=0.0000001 m f=24101818812.89623 Hz 2 0.618 F Z=9 N=24 L=0.0000001 m f=12050909406.44812 Hz 2 0.618 F Z=9 N=25 L=0.0000002 m f=6025454703.22406 Hz 2 0.618 F Z=9 N=26 L=0.0000005 m f=3012727351.61203 Hz 2 0.618 F Z=9 N=27 L=0.0000010 m f=1506363675.80601 Hz 2 0.618 F Z=9 N=28 L=0.0000020 m f=753181837.90301 Hz 2 0.618 F Z=9 N=29 L=0.0000039 m f=376590918.95150 Hz 2 0.618 F Z=9 N=30 L=0.0000079 m f=188295459.47575 Hz 2 0.618 F Z=9 N=31 L=0.0000158 m f=94147729.73788 Hz 2 0.618 F Z=9 N=32 L=0.0000315 m f=47073864.86894 Hz 2 0.618 F Z=9 N=33 L=0.0000630 m f=23536932.43447 Hz 2 0.618 F Z=9 N=34 L=0.0001261 m f=11768466.21723 Hz 2 0.618 F Z=9 N=35 L=0.0002522 m f=5884233.10862 Hz 2 0.618 F Z=9 N=36 L=0.0005044 m f=2942116.55431 Hz 2 0.618 F Z=9 N=37 L=0.0010088 m f=1471058.27715 Hz 2 0.618 F Z=9 N=38 L=0.0020176 m f=735529.13858 Hz 2 0.618 F Z=9 N=39 L=0.0040352 m f=367764.56929 Hz 2 0.618 F Z=9 N=40 L=0.0080704 m f=183882.28464 Hz 2 0.618 F Z=9 N=41 L=0.0161408 m f=91941.14232 Hz 2 0.618 F Z=9 N=42 L=0.0322815 m f=45970.57116 Hz 2 0.618 F Z=9 N=43 L=0.0645630 m f=22985.28558 Hz 2 0.618 F Z=9 N=44 L=0.1291261 m f=11492.64279 Hz 2 0.618 F Z=9 N=45 L=0.2582522 m f=5746.32140 Hz 2 0.618 F Z=9 N=46 L=0.5165044 m f=2873.16070 Hz 2 0.618 F Z=9 N=47 L=1.0330087 m f=1436.58035 Hz 2 0.618 F Z=9 N=48 L=2.0660174 m f=718.29017 Hz 2 0.618 F Z=9 N=49 L=4.1320348 m f=359.14509 Hz 2 0.618 F Z=9 N=50 L=8.2640696 m f=179.57254 Hz 2 0.618 F Z=9 N=51 L=16.5281392 m f=89.78627 Hz 2 0.618 F Z=9 N=52 L=33.0562784 m f=44.89314 Hz 2 0.618 F Z=9 N=53 L=66.1125569 m f=22.44657 Hz 2 0.618 F Z=9 N=54 L=132.2251137 m f=11.22328 Hz 2 0.618 F Z=9 N=55 L=264.4502275 m f=5.61164 Hz 2 0.618 F Z=9 N=56 L=528.9004549 m f=2.80582 Hz 2 0.618 F Z=9 N=57 L=1057.8009098 m f=1.40291 Hz 2 0.618 Ne Z=10 N=17 L=0.0000000 m f=1388264763622.82300 Hz 2 0.618 Ne Z=10 N=18 L=0.0000000 m f=694132381811.41150 Hz 2 0.618 Ne Z=10 N=19 L=0.0000000 m f=347066190905.70575 Hz 2 0.618 Ne Z=10 N=20 L=0.0000000 m f=173533095452.85287 Hz 2 0.618 Ne Z=10 N=21 L=0.0000000 m f=86766547726.42644 Hz 2 0.618 Ne Z=10 N=22 L=0.0000000 m f=43383273863.21322 Hz 2 0.618 Ne Z=10 N=23 L=0.0000001 m f=21691636931.60661 Hz 2 0.618 Ne Z=10 N=24 L=0.0000001 m f=10845818465.80330 Hz 2 0.618 Ne Z=10 N=25 L=0.0000003 m f=5422909232.90165 Hz 2 0.618 Ne Z=10 N=26 L=0.0000005 m f=2711454616.45083 Hz 2 0.618 Ne Z=10 N=27 L=0.0000011 m f=1355727308.22541 Hz 2 0.618 Ne Z=10 N=28 L=0.0000022 m f=677863654.11271 Hz 2 0.618 Ne Z=10 N=29 L=0.0000044 m f=338931827.05635 Hz 2 0.618 Ne Z=10 N=30 L=0.0000088 m f=169465913.52818 Hz 2 0.618 Ne Z=10 N=31 L=0.0000175 m f=84732956.76409 Hz 2 0.618 Ne Z=10 N=32 L=0.0000350 m f=42366478.38204 Hz 2 0.618 Ne Z=10 N=33 L=0.0000701 m f=21183239.19102 Hz 2 0.618 Ne Z=10 N=34 L=0.0001401 m f=10591619.59551 Hz 2 0.618 Ne Z=10 N=35 L=0.0002802 m f=5295809.79776 Hz 2 0.618 Ne Z=10 N=36 L=0.0005604 m f=2647904.89888 Hz 2 0.618 Ne Z=10 N=37 L=0.0011209 m f=1323952.44944 Hz 2 0.618 Ne Z=10 N=38 L=0.0022418 m f=661976.22472 Hz 2 0.618 Ne Z=10 N=39 L=0.0044835 m f=330988.11236 Hz 2 0.618 Ne Z=10 N=40 L=0.0089671 m f=165494.05618 Hz 2 0.618 Ne Z=10 N=41 L=0.0179342 m f=82747.02809 Hz 2 0.618 Ne Z=10 N=42 L=0.0358684 m f=41373.51404 Hz 2 0.618 Ne Z=10 N=43 L=0.0717367 m f=20686.75702 Hz 2 0.618 Ne Z=10 N=44 L=0.1434734 m f=10343.37851 Hz 2 0.618 Ne Z=10 N=45 L=0.2869469 m f=5171.68926 Hz 2 0.618 Ne Z=10 N=46 L=0.5738937 m f=2585.84463 Hz 2 0.618 Ne Z=10 N=47 L=1.1477874 m f=1292.92231 Hz 2 0.618 Ne Z=10 N=48 L=2.2955749 m f=646.46116 Hz 2 0.618 Ne Z=10 N=49 L=4.5911498 m f=323.23058 Hz 2 0.618 Ne Z=10 N=50 L=9.1822996 m f=161.61529 Hz 2 0.618 Ne Z=10 N=51 L=18.3645991 m f=80.80764 Hz 2 0.618 Ne Z=10 N=52 L=36.7291983 m f=40.40382 Hz 2 0.618 Ne Z=10 N=53 L=73.4583965 m f=20.20191 Hz 2 0.618 Ne Z=10 N=54 L=146.9167930 m f=10.10096 Hz 2 0.618 Ne Z=10 N=55 L=293.8335861 m f=5.05048 Hz 2 0.618 Ne Z=10 N=56 L=587.6671721 m f=2.52524 Hz 2 0.618 Ne Z=10 N=57 L=1175.3343443 m f=1.26262 Hz 2 0.618 Na Z=11 N=17 L=0.0000000 m f=1262058876020.74829 Hz 2 0.618 Na Z=11 N=18 L=0.0000000 m f=631029438010.37415 Hz 2 0.618 Na Z=11 N=19 L=0.0000000 m f=315514719005.18707 Hz 2 0.618 Na Z=11 N=20 L=0.0000000 m f=157757359502.59354 Hz 2 0.618 Na Z=11 N=21 L=0.0000000 m f=78878679751.29677 Hz 2 0.618 Na Z=11 N=22 L=0.0000000 m f=39439339875.64838 Hz 2 0.618 Na Z=11 N=23 L=0.0000001 m f=19719669937.82419 Hz 2 0.618 Na Z=11 N=24 L=0.0000002 m f=9859834968.91210 Hz 2 0.618 Na Z=11 N=25 L=0.0000003 m f=4929917484.45605 Hz 2 0.618 Na Z=11 N=26 L=0.0000006 m f=2464958742.22802 Hz 2 0.618 Na Z=11 N=27 L=0.0000012 m f=1232479371.11401 Hz 2 0.618 Na Z=11 N=28 L=0.0000024 m f=616239685.55701 Hz 2 0.618 Na Z=11 N=29 L=0.0000048 m f=308119842.77850 Hz 2 0.618 Na Z=11 N=30 L=0.0000096 m f=154059921.38925 Hz 2 0.618 Na Z=11 N=31 L=0.0000193 m f=77029960.69463 Hz 2 0.618 Na Z=11 N=32 L=0.0000385 m f=38514980.34731 Hz 2 0.618 Na Z=11 N=33 L=0.0000771 m f=19257490.17366 Hz 2 0.618 Na Z=11 N=34 L=0.0001541 m f=9628745.08683 Hz 2 0.618 Na Z=11 N=35 L=0.0003082 m f=4814372.54341 Hz 2 0.618 Na Z=11 N=36 L=0.0006165 m f=2407186.27171 Hz 2 0.618 Na Z=11 N=37 L=0.0012330 m f=1203593.13585 Hz 2 0.618 Na Z=11 N=38 L=0.0024659 m f=601796.56793 Hz 2 0.618 Na Z=11 N=39 L=0.0049319 m f=300898.28396 Hz 2 0.618 Na Z=11 N=40 L=0.0098638 m f=150449.14198 Hz 2 0.618 Na Z=11 N=41 L=0.0197276 m f=75224.57099 Hz 2 0.618 Na Z=11 N=42 L=0.0394552 m f=37612.28550 Hz 2 0.618 Na Z=11 N=43 L=0.0789104 m f=18806.14275 Hz 2 0.618 Na Z=11 N=44 L=0.1578208 m f=9403.07137 Hz 2 0.618 Na Z=11 N=45 L=0.3156415 m f=4701.53569 Hz 2 0.618 Na Z=11 N=46 L=0.6312831 m f=2350.76784 Hz 2 0.618 Na Z=11 N=47 L=1.2625662 m f=1175.38392 Hz 2 0.618 Na Z=11 N=48 L=2.5251324 m f=587.69196 Hz 2 0.618 Na Z=11 N=49 L=5.0502648 m f=293.84598 Hz 2 0.618 Na Z=11 N=50 L=10.1005295 m f=146.92299 Hz 2 0.618 Na Z=11 N=51 L=20.2010590 m f=73.46150 Hz 2 0.618 Na Z=11 N=52 L=40.4021181 m f=36.73075 Hz 2 0.618 Na Z=11 N=53 L=80.8042362 m f=18.36537 Hz 2 0.618 Na Z=11 N=54 L=161.6084723 m f=9.18269 Hz 2 0.618 Na Z=11 N=55 L=323.2169447 m f=4.59134 Hz 2 0.618 Na Z=11 N=56 L=646.4338893 m f=2.29567 Hz 2 0.618 Na Z=11 N=57 L=1292.8677787 m f=1.14784 Hz 2 0.618 Mg Z=12 N=17 L=0.0000000 m f=1156887303019.01904 Hz 2 0.618 Mg Z=12 N=18 L=0.0000000 m f=578443651509.50952 Hz 2 0.618 Mg Z=12 N=19 L=0.0000000 m f=289221825754.75476 Hz 2 0.618 Mg Z=12 N=20 L=0.0000000 m f=144610912877.37738 Hz 2 0.618 Mg Z=12 N=21 L=0.0000000 m f=72305456438.68869 Hz 2 0.618 Mg Z=12 N=22 L=0.0000000 m f=36152728219.34435 Hz 2 0.618 Mg Z=12 N=23 L=0.0000001 m f=18076364109.67217 Hz 2 0.618 Mg Z=12 N=24 L=0.0000002 m f=9038182054.83609 Hz 2 0.618 Mg Z=12 N=25 L=0.0000003 m f=4519091027.41804 Hz 2 0.618 Mg Z=12 N=26 L=0.0000007 m f=2259545513.70902 Hz 2 0.618 Mg Z=12 N=27 L=0.0000013 m f=1129772756.85451 Hz 2 0.618 Mg Z=12 N=28 L=0.0000026 m f=564886378.42726 Hz 2 0.618 Mg Z=12 N=29 L=0.0000053 m f=282443189.21363 Hz 2 0.618 Mg Z=12 N=30 L=0.0000105 m f=141221594.60681 Hz 2 0.618 Mg Z=12 N=31 L=0.0000210 m f=70610797.30341 Hz 2 0.618 Mg Z=12 N=32 L=0.0000420 m f=35305398.65170 Hz 2 0.618 Mg Z=12 N=33 L=0.0000841 m f=17652699.32585 Hz 2 0.618 Mg Z=12 N=34 L=0.0001681 m f=8826349.66293 Hz 2 0.618 Mg Z=12 N=35 L=0.0003363 m f=4413174.83146 Hz 2 0.618 Mg Z=12 N=36 L=0.0006725 m f=2206587.41573 Hz 2 0.618 Mg Z=12 N=37 L=0.0013451 m f=1103293.70787 Hz 2 0.618 Mg Z=12 N=38 L=0.0026901 m f=551646.85393 Hz 2 0.618 Mg Z=12 N=39 L=0.0053803 m f=275823.42697 Hz 2 0.618 Mg Z=12 N=40 L=0.0107605 m f=137911.71348 Hz 2 0.618 Mg Z=12 N=41 L=0.0215210 m f=68955.85674 Hz 2 0.618 Mg Z=12 N=42 L=0.0430420 m f=34477.92837 Hz 2 0.618 Mg Z=12 N=43 L=0.0860841 m f=17238.96419 Hz 2 0.618 Mg Z=12 N=44 L=0.1721681 m f=8619.48209 Hz 2 0.618 Mg Z=12 N=45 L=0.3443362 m f=4309.74105 Hz 2 0.618 Mg Z=12 N=46 L=0.6886725 m f=2154.87052 Hz 2 0.618 Mg Z=12 N=47 L=1.3773449 m f=1077.43526 Hz 2 0.618 Mg Z=12 N=48 L=2.7546899 m f=538.71763 Hz 2 0.618 Mg Z=12 N=49 L=5.5093797 m f=269.35882 Hz 2 0.618 Mg Z=12 N=50 L=11.0187595 m f=134.67941 Hz 2 0.618 Mg Z=12 N=51 L=22.0375190 m f=67.33970 Hz 2 0.618 Mg Z=12 N=52 L=44.0750379 m f=33.66985 Hz 2 0.618 Mg Z=12 N=53 L=88.1500758 m f=16.83493 Hz 2 0.618 Mg Z=12 N=54 L=176.3001516 m f=8.41746 Hz 2 0.618 Mg Z=12 N=55 L=352.6003033 m f=4.20873 Hz 2 0.618 Mg Z=12 N=56 L=705.2006066 m f=2.10437 Hz 2 0.618 Mg Z=12 N=57 L=1410.4012131 m f=1.05218 Hz 2 0.618 Al Z=13 N=17 L=0.0000000 m f=1067895972017.55603 Hz 2 0.618 Al Z=13 N=18 L=0.0000000 m f=533947986008.77802 Hz 2 0.618 Al Z=13 N=19 L=0.0000000 m f=266973993004.38901 Hz 2 0.618 Al Z=13 N=20 L=0.0000000 m f=133486996502.19450 Hz 2 0.618 Al Z=13 N=21 L=0.0000000 m f=66743498251.09725 Hz 2 0.618 Al Z=13 N=22 L=0.0000000 m f=33371749125.54863 Hz 2 0.618 Al Z=13 N=23 L=0.0000001 m f=16685874562.77431 Hz 2 0.618 Al Z=13 N=24 L=0.0000002 m f=8342937281.38716 Hz 2 0.618 Al Z=13 N=25 L=0.0000004 m f=4171468640.69358 Hz 2 0.618 Al Z=13 N=26 L=0.0000007 m f=2085734320.34679 Hz 2 0.618 Al Z=13 N=27 L=0.0000014 m f=1042867160.17339 Hz 2 0.618 Al Z=13 N=28 L=0.0000028 m f=521433580.08670 Hz 2 0.618 Al Z=13 N=29 L=0.0000057 m f=260716790.04335 Hz 2 0.618 Al Z=13 N=30 L=0.0000114 m f=130358395.02167 Hz 2 0.618 Al Z=13 N=31 L=0.0000228 m f=65179197.51084 Hz 2 0.618 Al Z=13 N=32 L=0.0000455 m f=32589598.75542 Hz 2 0.618 Al Z=13 N=33 L=0.0000911 m f=16294799.37771 Hz 2 0.618 Al Z=13 N=34 L=0.0001821 m f=8147399.68885 Hz 2 0.618 Al Z=13 N=35 L=0.0003643 m f=4073699.84443 Hz 2 0.618 Al Z=13 N=36 L=0.0007286 m f=2036849.92221 Hz 2 0.618 Al Z=13 N=37 L=0.0014572 m f=1018424.96111 Hz 2 0.618 Al Z=13 N=38 L=0.0029143 m f=509212.48055 Hz 2 0.618 Al Z=13 N=39 L=0.0058286 m f=254606.24028 Hz 2 0.618 Al Z=13 N=40 L=0.0116572 m f=127303.12014 Hz 2 0.618 Al Z=13 N=41 L=0.0233144 m f=63651.56007 Hz 2 0.618 Al Z=13 N=42 L=0.0466289 m f=31825.78003 Hz 2 0.618 Al Z=13 N=43 L=0.0932577 m f=15912.89002 Hz 2 0.618 Al Z=13 N=44 L=0.1865155 m f=7956.44501 Hz 2 0.618 Al Z=13 N=45 L=0.3730309 m f=3978.22250 Hz 2 0.618 Al Z=13 N=46 L=0.7460618 m f=1989.11125 Hz 2 0.618 Al Z=13 N=47 L=1.4921237 m f=994.55563 Hz 2 0.618 Al Z=13 N=48 L=2.9842474 m f=497.27781 Hz 2 0.618 Al Z=13 N=49 L=5.9684947 m f=248.63891 Hz 2 0.618 Al Z=13 N=50 L=11.9369894 m f=124.31945 Hz 2 0.618 Al Z=13 N=51 L=23.8739789 m f=62.15973 Hz 2 0.618 Al Z=13 N=52 L=47.7479577 m f=31.07986 Hz 2 0.618 Al Z=13 N=53 L=95.4959155 m f=15.53993 Hz 2 0.618 Al Z=13 N=54 L=190.9918309 m f=7.76997 Hz 2 0.618 Al Z=13 N=55 L=381.9836619 m f=3.88498 Hz 2 0.618 Al Z=13 N=56 L=763.9673238 m f=1.94249 Hz 2 0.618 Al Z=13 N=57 L=1527.9346475 m f=0.97125 Hz 2 0.618 Si Z=14 N=17 L=0.0000000 m f=991617688302.01636 Hz 2 0.618 Si Z=14 N=18 L=0.0000000 m f=495808844151.00818 Hz 2 0.618 Si Z=14 N=19 L=0.0000000 m f=247904422075.50409 Hz 2 0.618 Si Z=14 N=20 L=0.0000000 m f=123952211037.75204 Hz 2 0.618 Si Z=14 N=21 L=0.0000000 m f=61976105518.87602 Hz 2 0.618 Si Z=14 N=22 L=0.0000000 m f=30988052759.43801 Hz 2 0.618 Si Z=14 N=23 L=0.0000001 m f=15494026379.71901 Hz 2 0.618 Si Z=14 N=24 L=0.0000002 m f=7747013189.85950 Hz 2 0.618 Si Z=14 N=25 L=0.0000004 m f=3873506594.92975 Hz 2 0.618 Si Z=14 N=26 L=0.0000008 m f=1936753297.46488 Hz 2 0.618 Si Z=14 N=27 L=0.0000015 m f=968376648.73244 Hz 2 0.618 Si Z=14 N=28 L=0.0000031 m f=484188324.36622 Hz 2 0.618 Si Z=14 N=29 L=0.0000061 m f=242094162.18311 Hz 2 0.618 Si Z=14 N=30 L=0.0000123 m f=121047081.09156 Hz 2 0.618 Si Z=14 N=31 L=0.0000245 m f=60523540.54578 Hz 2 0.618 Si Z=14 N=32 L=0.0000490 m f=30261770.27289 Hz 2 0.618 Si Z=14 N=33 L=0.0000981 m f=15130885.13644 Hz 2 0.618 Si Z=14 N=34 L=0.0001962 m f=7565442.56822 Hz 2 0.618 Si Z=14 N=35 L=0.0003923 m f=3782721.28411 Hz 2 0.618 Si Z=14 N=36 L=0.0007846 m f=1891360.64206 Hz 2 0.618 Si Z=14 N=37 L=0.0015692 m f=945680.32103 Hz 2 0.618 Si Z=14 N=38 L=0.0031385 m f=472840.16051 Hz 2 0.618 Si Z=14 N=39 L=0.0062770 m f=236420.08026 Hz 2 0.618 Si Z=14 N=40 L=0.0125539 m f=118210.04013 Hz 2 0.618 Si Z=14 N=41 L=0.0251079 m f=59105.02006 Hz 2 0.618 Si Z=14 N=42 L=0.0502157 m f=29552.51003 Hz 2 0.618 Si Z=14 N=43 L=0.1004314 m f=14776.25502 Hz 2 0.618 Si Z=14 N=44 L=0.2008628 m f=7388.12751 Hz 2 0.618 Si Z=14 N=45 L=0.4017256 m f=3694.06375 Hz 2 0.618 Si Z=14 N=46 L=0.8034512 m f=1847.03188 Hz 2 0.618 Si Z=14 N=47 L=1.6069024 m f=923.51594 Hz 2 0.618 Si Z=14 N=48 L=3.2138048 m f=461.75797 Hz 2 0.618 Si Z=14 N=49 L=6.4276097 m f=230.87898 Hz 2 0.618 Si Z=14 N=50 L=12.8552194 m f=115.43949 Hz 2 0.618 Si Z=14 N=51 L=25.7104388 m f=57.71975 Hz 2 0.618 Si Z=14 N=52 L=51.4208776 m f=28.85987 Hz 2 0.618 Si Z=14 N=53 L=102.8417551 m f=14.42994 Hz 2 0.618 Si Z=14 N=54 L=205.6835102 m f=7.21497 Hz 2 0.618 Si Z=14 N=55 L=411.3670205 m f=3.60748 Hz 2 0.618 Si Z=14 N=56 L=822.7340410 m f=1.80374 Hz 2 0.618 Si Z=14 N=57 L=1645.4680820 m f=0.90187 Hz 2 0.618 P Z=15 N=17 L=0.0000000 m f=925509842415.21521 Hz 2 0.618 P Z=15 N=18 L=0.0000000 m f=462754921207.60760 Hz 2 0.618 P Z=15 N=19 L=0.0000000 m f=231377460603.80380 Hz 2 0.618 P Z=15 N=20 L=0.0000000 m f=115688730301.90190 Hz 2 0.618 P Z=15 N=21 L=0.0000000 m f=57844365150.95095 Hz 2 0.618 P Z=15 N=22 L=0.0000001 m f=28922182575.47548 Hz 2 0.618 P Z=15 N=23 L=0.0000001 m f=14461091287.73774 Hz 2 0.618 P Z=15 N=24 L=0.0000002 m f=7230545643.86887 Hz 2 0.618 P Z=15 N=25 L=0.0000004 m f=3615272821.93443 Hz 2 0.618 P Z=15 N=26 L=0.0000008 m f=1807636410.96722 Hz 2 0.618 P Z=15 N=27 L=0.0000016 m f=903818205.48361 Hz 2 0.618 P Z=15 N=28 L=0.0000033 m f=451909102.74180 Hz 2 0.618 P Z=15 N=29 L=0.0000066 m f=225954551.37090 Hz 2 0.618 P Z=15 N=30 L=0.0000131 m f=112977275.68545 Hz 2 0.618 P Z=15 N=31 L=0.0000263 m f=56488637.84273 Hz 2 0.618 P Z=15 N=32 L=0.0000525 m f=28244318.92136 Hz 2 0.618 P Z=15 N=33 L=0.0001051 m f=14122159.46068 Hz 2 0.618 P Z=15 N=34 L=0.0002102 m f=7061079.73034 Hz 2 0.618 P Z=15 N=35 L=0.0004203 m f=3530539.86517 Hz 2 0.618 P Z=15 N=36 L=0.0008407 m f=1765269.93259 Hz 2 0.618 P Z=15 N=37 L=0.0016813 m f=882634.96629 Hz 2 0.618 P Z=15 N=38 L=0.0033627 m f=441317.48315 Hz 2 0.618 P Z=15 N=39 L=0.0067253 m f=220658.74157 Hz 2 0.618 P Z=15 N=40 L=0.0134506 m f=110329.37079 Hz 2 0.618 P Z=15 N=41 L=0.0269013 m f=55164.68539 Hz 2 0.618 P Z=15 N=42 L=0.0538025 m f=27582.34270 Hz 2 0.618 P Z=15 N=43 L=0.1076051 m f=13791.17135 Hz 2 0.618 P Z=15 N=44 L=0.2152101 m f=6895.58567 Hz 2 0.618 P Z=15 N=45 L=0.4304203 m f=3447.79284 Hz 2 0.618 P Z=15 N=46 L=0.8608406 m f=1723.89642 Hz 2 0.618 P Z=15 N=47 L=1.7216812 m f=861.94821 Hz 2 0.618 P Z=15 N=48 L=3.4433623 m f=430.97410 Hz 2 0.618 P Z=15 N=49 L=6.8867247 m f=215.48705 Hz 2 0.618 P Z=15 N=50 L=13.7734493 m f=107.74353 Hz 2 0.618 P Z=15 N=51 L=27.5468987 m f=53.87176 Hz 2 0.618 P Z=15 N=52 L=55.0937974 m f=26.93588 Hz 2 0.618 P Z=15 N=53 L=110.1875948 m f=13.46794 Hz 2 0.618 P Z=15 N=54 L=220.3751895 m f=6.73397 Hz 2 0.618 P Z=15 N=55 L=440.7503791 m f=3.36699 Hz 2 0.618 P Z=15 N=56 L=881.5007582 m f=1.68349 Hz 2 0.618 P Z=15 N=57 L=1763.0015164 m f=0.84175 Hz 2 0.618 S Z=16 N=17 L=0.0000000 m f=867665477264.26428 Hz 2 0.618 S Z=16 N=18 L=0.0000000 m f=433832738632.13214 Hz 2 0.618 S Z=16 N=19 L=0.0000000 m f=216916369316.06607 Hz 2 0.618 S Z=16 N=20 L=0.0000000 m f=108458184658.03304 Hz 2 0.618 S Z=16 N=21 L=0.0000000 m f=54229092329.01652 Hz 2 0.618 S Z=16 N=22 L=0.0000001 m f=27114546164.50826 Hz 2 0.618 S Z=16 N=23 L=0.0000001 m f=13557273082.25413 Hz 2 0.618 S Z=16 N=24 L=0.0000002 m f=6778636541.12707 Hz 2 0.618 S Z=16 N=25 L=0.0000004 m f=3389318270.56353 Hz 2 0.618 S Z=16 N=26 L=0.0000009 m f=1694659135.28177 Hz 2 0.618 S Z=16 N=27 L=0.0000018 m f=847329567.64088 Hz 2 0.618 S Z=16 N=28 L=0.0000035 m f=423664783.82044 Hz 2 0.618 S Z=16 N=29 L=0.0000070 m f=211832391.91022 Hz 2 0.618 S Z=16 N=30 L=0.0000140 m f=105916195.95511 Hz 2 0.618 S Z=16 N=31 L=0.0000280 m f=52958097.97756 Hz 2 0.618 S Z=16 N=32 L=0.0000560 m f=26479048.98878 Hz 2 0.618 S Z=16 N=33 L=0.0001121 m f=13239524.49439 Hz 2 0.618 S Z=16 N=34 L=0.0002242 m f=6619762.24719 Hz 2 0.618 S Z=16 N=35 L=0.0004484 m f=3309881.12360 Hz 2 0.618 S Z=16 N=36 L=0.0008967 m f=1654940.56180 Hz 2 0.618 S Z=16 N=37 L=0.0017934 m f=827470.28090 Hz 2 0.618 S Z=16 N=38 L=0.0035868 m f=413735.14045 Hz 2 0.618 S Z=16 N=39 L=0.0071737 m f=206867.57022 Hz 2 0.618 S Z=16 N=40 L=0.0143473 m f=103433.78511 Hz 2 0.618 S Z=16 N=41 L=0.0286947 m f=51716.89256 Hz 2 0.618 S Z=16 N=42 L=0.0573894 m f=25858.44628 Hz 2 0.618 S Z=16 N=43 L=0.1147787 m f=12929.22314 Hz 2 0.618 S Z=16 N=44 L=0.2295575 m f=6464.61157 Hz 2 0.618 S Z=16 N=45 L=0.4591150 m f=3232.30578 Hz 2 0.618 S Z=16 N=46 L=0.9182300 m f=1616.15289 Hz 2 0.618 S Z=16 N=47 L=1.8364599 m f=808.07645 Hz 2 0.618 S Z=16 N=48 L=3.6729198 m f=404.03822 Hz 2 0.618 S Z=16 N=49 L=7.3458397 m f=202.01911 Hz 2 0.618 S Z=16 N=50 L=14.6916793 m f=101.00956 Hz 2 0.618 S Z=16 N=51 L=29.3833586 m f=50.50478 Hz 2 0.618 S Z=16 N=52 L=58.7667172 m f=25.25239 Hz 2 0.618 S Z=16 N=53 L=117.5334344 m f=12.62619 Hz 2 0.618 S Z=16 N=54 L=235.0668689 m f=6.31310 Hz 2 0.618 S Z=16 N=55 L=470.1337377 m f=3.15655 Hz 2 0.618 S Z=16 N=56 L=940.2674754 m f=1.57827 Hz 2 0.618 S Z=16 N=57 L=1880.5349508 m f=0.78914 Hz 2 0.618 Cl Z=17 N=17 L=0.0000000 m f=816626331542.83704 Hz 2 0.618 Cl Z=17 N=18 L=0.0000000 m f=408313165771.41852 Hz 2 0.618 Cl Z=17 N=19 L=0.0000000 m f=204156582885.70926 Hz 2 0.618 Cl Z=17 N=20 L=0.0000000 m f=102078291442.85463 Hz 2 0.618 Cl Z=17 N=21 L=0.0000000 m f=51039145721.42731 Hz 2 0.618 Cl Z=17 N=22 L=0.0000001 m f=25519572860.71366 Hz 2 0.618 Cl Z=17 N=23 L=0.0000001 m f=12759786430.35683 Hz 2 0.618 Cl Z=17 N=24 L=0.0000002 m f=6379893215.17841 Hz 2 0.618 Cl Z=17 N=25 L=0.0000005 m f=3189946607.58921 Hz 2 0.618 Cl Z=17 N=26 L=0.0000009 m f=1594973303.79460 Hz 2 0.618 Cl Z=17 N=27 L=0.0000019 m f=797486651.89730 Hz 2 0.618 Cl Z=17 N=28 L=0.0000037 m f=398743325.94865 Hz 2 0.618 Cl Z=17 N=29 L=0.0000074 m f=199371662.97433 Hz 2 0.618 Cl Z=17 N=30 L=0.0000149 m f=99685831.48716 Hz 2 0.618 Cl Z=17 N=31 L=0.0000298 m f=49842915.74358 Hz 2 0.618 Cl Z=17 N=32 L=0.0000595 m f=24921457.87179 Hz 2 0.618 Cl Z=17 N=33 L=0.0001191 m f=12460728.93590 Hz 2 0.618 Cl Z=17 N=34 L=0.0002382 m f=6230364.46795 Hz 2 0.618 Cl Z=17 N=35 L=0.0004764 m f=3115182.23397 Hz 2 0.618 Cl Z=17 N=36 L=0.0009528 m f=1557591.11699 Hz 2 0.618 Cl Z=17 N=37 L=0.0019055 m f=778795.55849 Hz 2 0.618 Cl Z=17 N=38 L=0.0038110 m f=389397.77925 Hz 2 0.618 Cl Z=17 N=39 L=0.0076220 m f=194698.88962 Hz 2 0.618 Cl Z=17 N=40 L=0.0152441 m f=97349.44481 Hz 2 0.618 Cl Z=17 N=41 L=0.0304881 m f=48674.72241 Hz 2 0.618 Cl Z=17 N=42 L=0.0609762 m f=24337.36120 Hz 2 0.618 Cl Z=17 N=43 L=0.1219524 m f=12168.68060 Hz 2 0.618 Cl Z=17 N=44 L=0.2439048 m f=6084.34030 Hz 2 0.618 Cl Z=17 N=45 L=0.4878097 m f=3042.17015 Hz 2 0.618 Cl Z=17 N=46 L=0.9756193 m f=1521.08508 Hz 2 0.618 Cl Z=17 N=47 L=1.9512387 m f=760.54254 Hz 2 0.618 Cl Z=17 N=48 L=3.9024773 m f=380.27127 Hz 2 0.618 Cl Z=17 N=49 L=7.8049546 m f=190.13563 Hz 2 0.618 Cl Z=17 N=50 L=15.6099093 m f=95.06782 Hz 2 0.618 Cl Z=17 N=51 L=31.2198185 m f=47.53391 Hz 2 0.618 Cl Z=17 N=52 L=62.4396370 m f=23.76695 Hz 2 0.618 Cl Z=17 N=53 L=124.8792741 m f=11.88348 Hz 2 0.618 Cl Z=17 N=54 L=249.7585482 m f=5.94174 Hz 2 0.618 Cl Z=17 N=55 L=499.5170963 m f=2.97087 Hz 2 0.618 Cl Z=17 N=56 L=999.0341926 m f=1.48543 Hz 2 0.618 Cl Z=17 N=57 L=1998.0683853 m f=0.74272 Hz 2 0.618 Ar Z=18 N=17 L=0.0000000 m f=771258202012.67944 Hz 2 0.618 Ar Z=18 N=18 L=0.0000000 m f=385629101006.33972 Hz 2 0.618 Ar Z=18 N=19 L=0.0000000 m f=192814550503.16986 Hz 2 0.618 Ar Z=18 N=20 L=0.0000000 m f=96407275251.58493 Hz 2 0.618 Ar Z=18 N=21 L=0.0000000 m f=48203637625.79247 Hz 2 0.618 Ar Z=18 N=22 L=0.0000001 m f=24101818812.89623 Hz 2 0.618 Ar Z=18 N=23 L=0.0000001 m f=12050909406.44812 Hz 2 0.618 Ar Z=18 N=24 L=0.0000002 m f=6025454703.22406 Hz 2 0.618 Ar Z=18 N=25 L=0.0000005 m f=3012727351.61203 Hz 2 0.618 Ar Z=18 N=26 L=0.0000010 m f=1506363675.80601 Hz 2 0.618 Ar Z=18 N=27 L=0.0000020 m f=753181837.90301 Hz 2 0.618 Ar Z=18 N=28 L=0.0000039 m f=376590918.95150 Hz 2 0.618 Ar Z=18 N=29 L=0.0000079 m f=188295459.47575 Hz 2 0.618 Ar Z=18 N=30 L=0.0000158 m f=94147729.73788 Hz 2 0.618 Ar Z=18 N=31 L=0.0000315 m f=47073864.86894 Hz 2 0.618 Ar Z=18 N=32 L=0.0000630 m f=23536932.43447 Hz 2 0.618 Ar Z=18 N=33 L=0.0001261 m f=11768466.21723 Hz 2 0.618 Ar Z=18 N=34 L=0.0002522 m f=5884233.10862 Hz 2 0.618 Ar Z=18 N=35 L=0.0005044 m f=2942116.55431 Hz 2 0.618 Ar Z=18 N=36 L=0.0010088 m f=1471058.27715 Hz 2 0.618 Ar Z=18 N=37 L=0.0020176 m f=735529.13858 Hz 2 0.618 Ar Z=18 N=38 L=0.0040352 m f=367764.56929 Hz 2 0.618 Ar Z=18 N=39 L=0.0080704 m f=183882.28464 Hz 2 0.618 Ar Z=18 N=40 L=0.0161408 m f=91941.14232 Hz 2 0.618 Ar Z=18 N=41 L=0.0322815 m f=45970.57116 Hz 2 0.618 Ar Z=18 N=42 L=0.0645630 m f=22985.28558 Hz 2 0.618 Ar Z=18 N=43 L=0.1291261 m f=11492.64279 Hz 2 0.618 Ar Z=18 N=44 L=0.2582522 m f=5746.32140 Hz 2 0.618 Ar Z=18 N=45 L=0.5165044 m f=2873.16070 Hz 2 0.618 Ar Z=18 N=46 L=1.0330087 m f=1436.58035 Hz 2 0.618 Ar Z=18 N=47 L=2.0660174 m f=718.29017 Hz 2 0.618 Ar Z=18 N=48 L=4.1320348 m f=359.14509 Hz 2 0.618 Ar Z=18 N=49 L=8.2640696 m f=179.57254 Hz 2 0.618 Ar Z=18 N=50 L=16.5281392 m f=89.78627 Hz 2 0.618 Ar Z=18 N=51 L=33.0562784 m f=44.89314 Hz 2 0.618 Ar Z=18 N=52 L=66.1125569 m f=22.44657 Hz 2 0.618 Ar Z=18 N=53 L=132.2251137 m f=11.22328 Hz 2 0.618 Ar Z=18 N=54 L=264.4502275 m f=5.61164 Hz 2 0.618 Ar Z=18 N=55 L=528.9004549 m f=2.80582 Hz 2 0.618 Ar Z=18 N=56 L=1057.8009098 m f=1.40291 Hz 2 0.618 Ar Z=18 N=57 L=2115.6018197 m f=0.70146 Hz 2 0.618 K Z=19 N=17 L=0.0000000 m f=730665665064.64368 Hz 2 0.618 K Z=19 N=18 L=0.0000000 m f=365332832532.32184 Hz 2 0.618 K Z=19 N=19 L=0.0000000 m f=182666416266.16092 Hz 2 0.618 K Z=19 N=20 L=0.0000000 m f=91333208133.08046 Hz 2 0.618 K Z=19 N=21 L=0.0000000 m f=45666604066.54023 Hz 2 0.618 K Z=19 N=22 L=0.0000001 m f=22833302033.27011 Hz 2 0.618 K Z=19 N=23 L=0.0000001 m f=11416651016.63506 Hz 2 0.618 K Z=19 N=24 L=0.0000003 m f=5708325508.31753 Hz 2 0.618 K Z=19 N=25 L=0.0000005 m f=2854162754.15876 Hz 2 0.618 K Z=19 N=26 L=0.0000010 m f=1427081377.07938 Hz 2 0.618 K Z=19 N=27 L=0.0000021 m f=713540688.53969 Hz 2 0.618 K Z=19 N=28 L=0.0000042 m f=356770344.26985 Hz 2 0.618 K Z=19 N=29 L=0.0000083 m f=178385172.13492 Hz 2 0.618 K Z=19 N=30 L=0.0000166 m f=89192586.06746 Hz 2 0.618 K Z=19 N=31 L=0.0000333 m f=44596293.03373 Hz 2 0.618 K Z=19 N=32 L=0.0000666 m f=22298146.51687 Hz 2 0.618 K Z=19 N=33 L=0.0001331 m f=11149073.25843 Hz 2 0.618 K Z=19 N=34 L=0.0002662 m f=5574536.62922 Hz 2 0.618 K Z=19 N=35 L=0.0005324 m f=2787268.31461 Hz 2 0.618 K Z=19 N=36 L=0.0010648 m f=1393634.15730 Hz 2 0.618 K Z=19 N=37 L=0.0021297 m f=696817.07865 Hz 2 0.618 K Z=19 N=38 L=0.0042594 m f=348408.53933 Hz 2 0.618 K Z=19 N=39 L=0.0085187 m f=174204.26966 Hz 2 0.618 K Z=19 N=40 L=0.0170375 m f=87102.13483 Hz 2 0.618 K Z=19 N=41 L=0.0340749 m f=43551.06742 Hz 2 0.618 K Z=19 N=42 L=0.0681499 m f=21775.53371 Hz 2 0.618 K Z=19 N=43 L=0.1362998 m f=10887.76685 Hz 2 0.618 K Z=19 N=44 L=0.2725995 m f=5443.88343 Hz 2 0.618 K Z=19 N=45 L=0.5451990 m f=2721.94171 Hz 2 0.618 K Z=19 N=46 L=1.0903981 m f=1360.97086 Hz 2 0.618 K Z=19 N=47 L=2.1807961 m f=680.48543 Hz 2 0.618 K Z=19 N=48 L=4.3615923 m f=340.24271 Hz 2 0.618 K Z=19 N=49 L=8.7231846 m f=170.12136 Hz 2 0.618 K Z=19 N=50 L=17.4463692 m f=85.06068 Hz 2 0.618 K Z=19 N=51 L=34.8927383 m f=42.53034 Hz 2 0.618 K Z=19 N=52 L=69.7854767 m f=21.26517 Hz 2 0.618 K Z=19 N=53 L=139.5709534 m f=10.63258 Hz 2 0.618 K Z=19 N=54 L=279.1419068 m f=5.31629 Hz 2 0.618 K Z=19 N=55 L=558.2838135 m f=2.65815 Hz 2 0.618 K Z=19 N=56 L=1116.5676271 m f=1.32907 Hz 2 0.618 K Z=19 N=57 L=2233.1352541 m f=0.66454 Hz 2 0.618 Ca Z=20 N=17 L=0.0000000 m f=694132381811.41150 Hz 2 0.618 Ca Z=20 N=18 L=0.0000000 m f=347066190905.70575 Hz 2 0.618 Ca Z=20 N=19 L=0.0000000 m f=173533095452.85287 Hz 2 0.618 Ca Z=20 N=20 L=0.0000000 m f=86766547726.42644 Hz 2 0.618 Ca Z=20 N=21 L=0.0000000 m f=43383273863.21322 Hz 2 0.618 Ca Z=20 N=22 L=0.0000001 m f=21691636931.60661 Hz 2 0.618 Ca Z=20 N=23 L=0.0000001 m f=10845818465.80330 Hz 2 0.618 Ca Z=20 N=24 L=0.0000003 m f=5422909232.90165 Hz 2 0.618 Ca Z=20 N=25 L=0.0000005 m f=2711454616.45083 Hz 2 0.618 Ca Z=20 N=26 L=0.0000011 m f=1355727308.22541 Hz 2 0.618 Ca Z=20 N=27 L=0.0000022 m f=677863654.11271 Hz 2 0.618 Ca Z=20 N=28 L=0.0000044 m f=338931827.05635 Hz 2 0.618 Ca Z=20 N=29 L=0.0000088 m f=169465913.52818 Hz 2 0.618 Ca Z=20 N=30 L=0.0000175 m f=84732956.76409 Hz 2 0.618 Ca Z=20 N=31 L=0.0000350 m f=42366478.38204 Hz 2 0.618 Ca Z=20 N=32 L=0.0000701 m f=21183239.19102 Hz 2 0.618 Ca Z=20 N=33 L=0.0001401 m f=10591619.59551 Hz 2 0.618 Ca Z=20 N=34 L=0.0002802 m f=5295809.79776 Hz 2 0.618 Ca Z=20 N=35 L=0.0005604 m f=2647904.89888 Hz 2 0.618 Ca Z=20 N=36 L=0.0011209 m f=1323952.44944 Hz 2 0.618 Ca Z=20 N=37 L=0.0022418 m f=661976.22472 Hz 2 0.618 Ca Z=20 N=38 L=0.0044835 m f=330988.11236 Hz 2 0.618 Ca Z=20 N=39 L=0.0089671 m f=165494.05618 Hz 2 0.618 Ca Z=20 N=40 L=0.0179342 m f=82747.02809 Hz 2 0.618 Ca Z=20 N=41 L=0.0358684 m f=41373.51404 Hz 2 0.618 Ca Z=20 N=42 L=0.0717367 m f=20686.75702 Hz 2 0.618 Ca Z=20 N=43 L=0.1434734 m f=10343.37851 Hz 2 0.618 Ca Z=20 N=44 L=0.2869469 m f=5171.68926 Hz 2 0.618 Ca Z=20 N=45 L=0.5738937 m f=2585.84463 Hz 2 0.618 Ca Z=20 N=46 L=1.1477874 m f=1292.92231 Hz 2 0.618 Ca Z=20 N=47 L=2.2955749 m f=646.46116 Hz 2 0.618 Ca Z=20 N=48 L=4.5911498 m f=323.23058 Hz 2 0.618 Ca Z=20 N=49 L=9.1822996 m f=161.61529 Hz 2 0.618 Ca Z=20 N=50 L=18.3645991 m f=80.80764 Hz 2 0.618 Ca Z=20 N=51 L=36.7291983 m f=40.40382 Hz 2 0.618 Ca Z=20 N=52 L=73.4583965 m f=20.20191 Hz 2 0.618 Ca Z=20 N=53 L=146.9167930 m f=10.10096 Hz 2 0.618 Ca Z=20 N=54 L=293.8335861 m f=5.05048 Hz 2 0.618 Ca Z=20 N=55 L=587.6671721 m f=2.52524 Hz 2 0.618 Ca Z=20 N=56 L=1175.3343443 m f=1.26262 Hz 2 0.618 Ca Z=20 N=57 L=2350.6686885 m f=0.63131 Hz 2 0.618 Sc Z=21 N=17 L=0.0000000 m f=661078458868.01099 Hz 2 0.618 Sc Z=21 N=18 L=0.0000000 m f=330539229434.00549 Hz 2 0.618 Sc Z=21 N=19 L=0.0000000 m f=165269614717.00275 Hz 2 0.618 Sc Z=21 N=20 L=0.0000000 m f=82634807358.50137 Hz 2 0.618 Sc Z=21 N=21 L=0.0000000 m f=41317403679.25069 Hz 2 0.618 Sc Z=21 N=22 L=0.0000001 m f=20658701839.62534 Hz 2 0.618 Sc Z=21 N=23 L=0.0000001 m f=10329350919.81267 Hz 2 0.618 Sc Z=21 N=24 L=0.0000003 m f=5164675459.90634 Hz 2 0.618 Sc Z=21 N=25 L=0.0000006 m f=2582337729.95317 Hz 2 0.618 Sc Z=21 N=26 L=0.0000011 m f=1291168864.97658 Hz 2 0.618 Sc Z=21 N=27 L=0.0000023 m f=645584432.48829 Hz 2 0.618 Sc Z=21 N=28 L=0.0000046 m f=322792216.24415 Hz 2 0.618 Sc Z=21 N=29 L=0.0000092 m f=161396108.12207 Hz 2 0.618 Sc Z=21 N=30 L=0.0000184 m f=80698054.06104 Hz 2 0.618 Sc Z=21 N=31 L=0.0000368 m f=40349027.03052 Hz 2 0.618 Sc Z=21 N=32 L=0.0000736 m f=20174513.51526 Hz 2 0.618 Sc Z=21 N=33 L=0.0001471 m f=10087256.75763 Hz 2 0.618 Sc Z=21 N=34 L=0.0002942 m f=5043628.37881 Hz 2 0.618 Sc Z=21 N=35 L=0.0005885 m f=2521814.18941 Hz 2 0.618 Sc Z=21 N=36 L=0.0011769 m f=1260907.09470 Hz 2 0.618 Sc Z=21 N=37 L=0.0023539 m f=630453.54735 Hz 2 0.618 Sc Z=21 N=38 L=0.0047077 m f=315226.77368 Hz 2 0.618 Sc Z=21 N=39 L=0.0094154 m f=157613.38684 Hz 2 0.618 Sc Z=21 N=40 L=0.0188309 m f=78806.69342 Hz 2 0.618 Sc Z=21 N=41 L=0.0376618 m f=39403.34671 Hz 2 0.618 Sc Z=21 N=42 L=0.0753236 m f=19701.67335 Hz 2 0.618 Sc Z=21 N=43 L=0.1506471 m f=9850.83668 Hz 2 0.618 Sc Z=21 N=44 L=0.3012942 m f=4925.41834 Hz 2 0.618 Sc Z=21 N=45 L=0.6025884 m f=2462.70917 Hz 2 0.618 Sc Z=21 N=46 L=1.2051768 m f=1231.35458 Hz 2 0.618 Sc Z=21 N=47 L=2.4103536 m f=615.67729 Hz 2 0.618 Sc Z=21 N=48 L=4.8207073 m f=307.83865 Hz 2 0.618 Sc Z=21 N=49 L=9.6414145 m f=153.91932 Hz 2 0.618 Sc Z=21 N=50 L=19.2828291 m f=76.95966 Hz 2 0.618 Sc Z=21 N=51 L=38.5656582 m f=38.47983 Hz 2 0.618 Sc Z=21 N=52 L=77.1313163 m f=19.23992 Hz 2 0.618 Sc Z=21 N=53 L=154.2626327 m f=9.61996 Hz 2 0.618 Sc Z=21 N=54 L=308.5252654 m f=4.80998 Hz 2 0.618 Sc Z=21 N=55 L=617.0505307 m f=2.40499 Hz 2 0.618 Sc Z=21 N=56 L=1234.1010615 m f=1.20249 Hz 2 0.618 Sc Z=21 N=57 L=2468.2021230 m f=0.60125 Hz 2 0.618 Ti Z=22 N=17 L=0.0000000 m f=631029438010.37415 Hz 2 0.618 Ti Z=22 N=18 L=0.0000000 m f=315514719005.18707 Hz 2 0.618 Ti Z=22 N=19 L=0.0000000 m f=157757359502.59354 Hz 2 0.618 Ti Z=22 N=20 L=0.0000000 m f=78878679751.29677 Hz 2 0.618 Ti Z=22 N=21 L=0.0000000 m f=39439339875.64838 Hz 2 0.618 Ti Z=22 N=22 L=0.0000001 m f=19719669937.82419 Hz 2 0.618 Ti Z=22 N=23 L=0.0000002 m f=9859834968.91210 Hz 2 0.618 Ti Z=22 N=24 L=0.0000003 m f=4929917484.45605 Hz 2 0.618 Ti Z=22 N=25 L=0.0000006 m f=2464958742.22802 Hz 2 0.618 Ti Z=22 N=26 L=0.0000012 m f=1232479371.11401 Hz 2 0.618 Ti Z=22 N=27 L=0.0000024 m f=616239685.55701 Hz 2 0.618 Ti Z=22 N=28 L=0.0000048 m f=308119842.77850 Hz 2 0.618 Ti Z=22 N=29 L=0.0000096 m f=154059921.38925 Hz 2 0.618 Ti Z=22 N=30 L=0.0000193 m f=77029960.69463 Hz 2 0.618 Ti Z=22 N=31 L=0.0000385 m f=38514980.34731 Hz 2 0.618 Ti Z=22 N=32 L=0.0000771 m f=19257490.17366 Hz 2 0.618 Ti Z=22 N=33 L=0.0001541 m f=9628745.08683 Hz 2 0.618 Ti Z=22 N=34 L=0.0003082 m f=4814372.54341 Hz 2 0.618 Ti Z=22 N=35 L=0.0006165 m f=2407186.27171 Hz 2 0.618 Ti Z=22 N=36 L=0.0012330 m f=1203593.13585 Hz 2 0.618 Ti Z=22 N=37 L=0.0024659 m f=601796.56793 Hz 2 0.618 Ti Z=22 N=38 L=0.0049319 m f=300898.28396 Hz 2 0.618 Ti Z=22 N=39 L=0.0098638 m f=150449.14198 Hz 2 0.618 Ti Z=22 N=40 L=0.0197276 m f=75224.57099 Hz 2 0.618 Ti Z=22 N=41 L=0.0394552 m f=37612.28550 Hz 2 0.618 Ti Z=22 N=42 L=0.0789104 m f=18806.14275 Hz 2 0.618 Ti Z=22 N=43 L=0.1578208 m f=9403.07137 Hz 2 0.618 Ti Z=22 N=44 L=0.3156415 m f=4701.53569 Hz 2 0.618 Ti Z=22 N=45 L=0.6312831 m f=2350.76784 Hz 2 0.618 Ti Z=22 N=46 L=1.2625662 m f=1175.38392 Hz 2 0.618 Ti Z=22 N=47 L=2.5251324 m f=587.69196 Hz 2 0.618 Ti Z=22 N=48 L=5.0502648 m f=293.84598 Hz 2 0.618 Ti Z=22 N=49 L=10.1005295 m f=146.92299 Hz 2 0.618 Ti Z=22 N=50 L=20.2010590 m f=73.46150 Hz 2 0.618 Ti Z=22 N=51 L=40.4021181 m f=36.73075 Hz 2 0.618 Ti Z=22 N=52 L=80.8042362 m f=18.36537 Hz 2 0.618 Ti Z=22 N=53 L=161.6084723 m f=9.18269 Hz 2 0.618 Ti Z=22 N=54 L=323.2169447 m f=4.59134 Hz 2 0.618 Ti Z=22 N=55 L=646.4338893 m f=2.29567 Hz 2 0.618 Ti Z=22 N=56 L=1292.8677787 m f=1.14784 Hz 2 0.618 Ti Z=22 N=57 L=2585.7355574 m f=0.57392 Hz 2 0.618 V Z=23 N=17 L=0.0000000 m f=603593375488.18396 Hz 2 0.618 V Z=23 N=18 L=0.0000000 m f=301796687744.09198 Hz 2 0.618 V Z=23 N=19 L=0.0000000 m f=150898343872.04599 Hz 2 0.618 V Z=23 N=20 L=0.0000000 m f=75449171936.02299 Hz 2 0.618 V Z=23 N=21 L=0.0000000 m f=37724585968.01150 Hz 2 0.618 V Z=23 N=22 L=0.0000001 m f=18862292984.00575 Hz 2 0.618 V Z=23 N=23 L=0.0000002 m f=9431146492.00287 Hz 2 0.618 V Z=23 N=24 L=0.0000003 m f=4715573246.00144 Hz 2 0.618 V Z=23 N=25 L=0.0000006 m f=2357786623.00072 Hz 2 0.618 V Z=23 N=26 L=0.0000013 m f=1178893311.50036 Hz 2 0.618 V Z=23 N=27 L=0.0000025 m f=589446655.75018 Hz 2 0.618 V Z=23 N=28 L=0.0000050 m f=294723327.87509 Hz 2 0.618 V Z=23 N=29 L=0.0000101 m f=147361663.93755 Hz 2 0.618 V Z=23 N=30 L=0.0000201 m f=73680831.96877 Hz 2 0.618 V Z=23 N=31 L=0.0000403 m f=36840415.98439 Hz 2 0.618 V Z=23 N=32 L=0.0000806 m f=18420207.99219 Hz 2 0.618 V Z=23 N=33 L=0.0001611 m f=9210103.99610 Hz 2 0.618 V Z=23 N=34 L=0.0003223 m f=4605051.99805 Hz 2 0.618 V Z=23 N=35 L=0.0006445 m f=2302525.99902 Hz 2 0.618 V Z=23 N=36 L=0.0012890 m f=1151262.99951 Hz 2 0.618 V Z=23 N=37 L=0.0025780 m f=575631.49976 Hz 2 0.618 V Z=23 N=38 L=0.0051561 m f=287815.74988 Hz 2 0.618 V Z=23 N=39 L=0.0103122 m f=143907.87494 Hz 2 0.618 V Z=23 N=40 L=0.0206243 m f=71953.93747 Hz 2 0.618 V Z=23 N=41 L=0.0412486 m f=35976.96873 Hz 2 0.618 V Z=23 N=42 L=0.0824972 m f=17988.48437 Hz 2 0.618 V Z=23 N=43 L=0.1649944 m f=8994.24218 Hz 2 0.618 V Z=23 N=44 L=0.3299889 m f=4497.12109 Hz 2 0.618 V Z=23 N=45 L=0.6599778 m f=2248.56055 Hz 2 0.618 V Z=23 N=46 L=1.3199556 m f=1124.28027 Hz 2 0.618 V Z=23 N=47 L=2.6399111 m f=562.14014 Hz 2 0.618 V Z=23 N=48 L=5.2798222 m f=281.07007 Hz 2 0.618 V Z=23 N=49 L=10.5596445 m f=140.53503 Hz 2 0.618 V Z=23 N=50 L=21.1192890 m f=70.26752 Hz 2 0.618 V Z=23 N=51 L=42.2385780 m f=35.13376 Hz 2 0.618 V Z=23 N=52 L=84.4771560 m f=17.56688 Hz 2 0.618 V Z=23 N=53 L=168.9543120 m f=8.78344 Hz 2 0.618 V Z=23 N=54 L=337.9086240 m f=4.39172 Hz 2 0.618 V Z=23 N=55 L=675.8172480 m f=2.19586 Hz 2 0.618 V Z=23 N=56 L=1351.6344959 m f=1.09793 Hz 2 0.618 V Z=23 N=57 L=2703.2689918 m f=0.54896 Hz 2 0.618 Cr Z=24 N=17 L=0.0000000 m f=578443651509.50952 Hz 2 0.618 Cr Z=24 N=18 L=0.0000000 m f=289221825754.75476 Hz 2 0.618 Cr Z=24 N=19 L=0.0000000 m f=144610912877.37738 Hz 2 0.618 Cr Z=24 N=20 L=0.0000000 m f=72305456438.68869 Hz 2 0.618 Cr Z=24 N=21 L=0.0000000 m f=36152728219.34435 Hz 2 0.618 Cr Z=24 N=22 L=0.0000001 m f=18076364109.67217 Hz 2 0.618 Cr Z=24 N=23 L=0.0000002 m f=9038182054.83609 Hz 2 0.618 Cr Z=24 N=24 L=0.0000003 m f=4519091027.41804 Hz 2 0.618 Cr Z=24 N=25 L=0.0000007 m f=2259545513.70902 Hz 2 0.618 Cr Z=24 N=26 L=0.0000013 m f=1129772756.85451 Hz 2 0.618 Cr Z=24 N=27 L=0.0000026 m f=564886378.42726 Hz 2 0.618 Cr Z=24 N=28 L=0.0000053 m f=282443189.21363 Hz 2 0.618 Cr Z=24 N=29 L=0.0000105 m f=141221594.60681 Hz 2 0.618 Cr Z=24 N=30 L=0.0000210 m f=70610797.30341 Hz 2 0.618 Cr Z=24 N=31 L=0.0000420 m f=35305398.65170 Hz 2 0.618 Cr Z=24 N=32 L=0.0000841 m f=17652699.32585 Hz 2 0.618 Cr Z=24 N=33 L=0.0001681 m f=8826349.66293 Hz 2 0.618 Cr Z=24 N=34 L=0.0003363 m f=4413174.83146 Hz 2 0.618 Cr Z=24 N=35 L=0.0006725 m f=2206587.41573 Hz 2 0.618 Cr Z=24 N=36 L=0.0013451 m f=1103293.70787 Hz 2 0.618 Cr Z=24 N=37 L=0.0026901 m f=551646.85393 Hz 2 0.618 Cr Z=24 N=38 L=0.0053803 m f=275823.42697 Hz 2 0.618 Cr Z=24 N=39 L=0.0107605 m f=137911.71348 Hz 2 0.618 Cr Z=24 N=40 L=0.0215210 m f=68955.85674 Hz 2 0.618 Cr Z=24 N=41 L=0.0430420 m f=34477.92837 Hz 2 0.618 Cr Z=24 N=42 L=0.0860841 m f=17238.96419 Hz 2 0.618 Cr Z=24 N=43 L=0.1721681 m f=8619.48209 Hz 2 0.618 Cr Z=24 N=44 L=0.3443362 m f=4309.74105 Hz 2 0.618 Cr Z=24 N=45 L=0.6886725 m f=2154.87052 Hz 2 0.618 Cr Z=24 N=46 L=1.3773449 m f=1077.43526 Hz 2 0.618 Cr Z=24 N=47 L=2.7546899 m f=538.71763 Hz 2 0.618 Cr Z=24 N=48 L=5.5093797 m f=269.35882 Hz 2 0.618 Cr Z=24 N=49 L=11.0187595 m f=134.67941 Hz 2 0.618 Cr Z=24 N=50 L=22.0375190 m f=67.33970 Hz 2 0.618 Cr Z=24 N=51 L=44.0750379 m f=33.66985 Hz 2 0.618 Cr Z=24 N=52 L=88.1500758 m f=16.83493 Hz 2 0.618 Cr Z=24 N=53 L=176.3001516 m f=8.41746 Hz 2 0.618 Cr Z=24 N=54 L=352.6003033 m f=4.20873 Hz 2 0.618 Cr Z=24 N=55 L=705.2006066 m f=2.10437 Hz 2 0.618 Cr Z=24 N=56 L=1410.4012131 m f=1.05218 Hz 2 0.618 Cr Z=24 N=57 L=2820.8024262 m f=0.52609 Hz 2 0.618 Mn Z=25 N=17 L=0.0000000 m f=555305905449.12915 Hz 2 0.618 Mn Z=25 N=18 L=0.0000000 m f=277652952724.56458 Hz 2 0.618 Mn Z=25 N=19 L=0.0000000 m f=138826476362.28229 Hz 2 0.618 Mn Z=25 N=20 L=0.0000000 m f=69413238181.14114 Hz 2 0.618 Mn Z=25 N=21 L=0.0000000 m f=34706619090.57057 Hz 2 0.618 Mn Z=25 N=22 L=0.0000001 m f=17353309545.28529 Hz 2 0.618 Mn Z=25 N=23 L=0.0000002 m f=8676654772.64264 Hz 2 0.618 Mn Z=25 N=24 L=0.0000003 m f=4338327386.32132 Hz 2 0.618 Mn Z=25 N=25 L=0.0000007 m f=2169163693.16066 Hz 2 0.618 Mn Z=25 N=26 L=0.0000014 m f=1084581846.58033 Hz 2 0.618 Mn Z=25 N=27 L=0.0000027 m f=542290923.29017 Hz 2 0.618 Mn Z=25 N=28 L=0.0000055 m f=271145461.64508 Hz 2 0.618 Mn Z=25 N=29 L=0.0000109 m f=135572730.82254 Hz 2 0.618 Mn Z=25 N=30 L=0.0000219 m f=67786365.41127 Hz 2 0.618 Mn Z=25 N=31 L=0.0000438 m f=33893182.70564 Hz 2 0.618 Mn Z=25 N=32 L=0.0000876 m f=16946591.35282 Hz 2 0.618 Mn Z=25 N=33 L=0.0001751 m f=8473295.67641 Hz 2 0.618 Mn Z=25 N=34 L=0.0003503 m f=4236647.83820 Hz 2 0.618 Mn Z=25 N=35 L=0.0007006 m f=2118323.91910 Hz 2 0.618 Mn Z=25 N=36 L=0.0014011 m f=1059161.95955 Hz 2 0.618 Mn Z=25 N=37 L=0.0028022 m f=529580.97978 Hz 2 0.618 Mn Z=25 N=38 L=0.0056044 m f=264790.48989 Hz 2 0.618 Mn Z=25 N=39 L=0.0112089 m f=132395.24494 Hz 2 0.618 Mn Z=25 N=40 L=0.0224177 m f=66197.62247 Hz 2 0.618 Mn Z=25 N=41 L=0.0448354 m f=33098.81124 Hz 2 0.618 Mn Z=25 N=42 L=0.0896709 m f=16549.40562 Hz 2 0.618 Mn Z=25 N=43 L=0.1793418 m f=8274.70281 Hz 2 0.618 Mn Z=25 N=44 L=0.3586836 m f=4137.35140 Hz 2 0.618 Mn Z=25 N=45 L=0.7173672 m f=2068.67570 Hz 2 0.618 Mn Z=25 N=46 L=1.4347343 m f=1034.33785 Hz 2 0.618 Mn Z=25 N=47 L=2.8694686 m f=517.16893 Hz 2 0.618 Mn Z=25 N=48 L=5.7389372 m f=258.58446 Hz 2 0.618 Mn Z=25 N=49 L=11.4778745 m f=129.29223 Hz 2 0.618 Mn Z=25 N=50 L=22.9557489 m f=64.64612 Hz 2 0.618 Mn Z=25 N=51 L=45.9114978 m f=32.32306 Hz 2 0.618 Mn Z=25 N=52 L=91.8229956 m f=16.16153 Hz 2 0.618 Mn Z=25 N=53 L=183.6459913 m f=8.08076 Hz 2 0.618 Mn Z=25 N=54 L=367.2919826 m f=4.04038 Hz 2 0.618 Mn Z=25 N=55 L=734.5839652 m f=2.02019 Hz 2 0.618 Mn Z=25 N=56 L=1469.1679303 m f=1.01010 Hz 2 0.618 Mn Z=25 N=57 L=2938.3358607 m f=0.50505 Hz 2 0.618 Fe Z=26 N=17 L=0.0000000 m f=533947986008.77802 Hz 2 0.618 Fe Z=26 N=18 L=0.0000000 m f=266973993004.38901 Hz 2 0.618 Fe Z=26 N=19 L=0.0000000 m f=133486996502.19450 Hz 2 0.618 Fe Z=26 N=20 L=0.0000000 m f=66743498251.09725 Hz 2 0.618 Fe Z=26 N=21 L=0.0000000 m f=33371749125.54863 Hz 2 0.618 Fe Z=26 N=22 L=0.0000001 m f=16685874562.77431 Hz 2 0.618 Fe Z=26 N=23 L=0.0000002 m f=8342937281.38716 Hz 2 0.618 Fe Z=26 N=24 L=0.0000004 m f=4171468640.69358 Hz 2 0.618 Fe Z=26 N=25 L=0.0000007 m f=2085734320.34679 Hz 2 0.618 Fe Z=26 N=26 L=0.0000014 m f=1042867160.17339 Hz 2 0.618 Fe Z=26 N=27 L=0.0000028 m f=521433580.08670 Hz 2 0.618 Fe Z=26 N=28 L=0.0000057 m f=260716790.04335 Hz 2 0.618 Fe Z=26 N=29 L=0.0000114 m f=130358395.02167 Hz 2 0.618 Fe Z=26 N=30 L=0.0000228 m f=65179197.51084 Hz 2 0.618 Fe Z=26 N=31 L=0.0000455 m f=32589598.75542 Hz 2 0.618 Fe Z=26 N=32 L=0.0000911 m f=16294799.37771 Hz 2 0.618 Fe Z=26 N=33 L=0.0001821 m f=8147399.68885 Hz 2 0.618 Fe Z=26 N=34 L=0.0003643 m f=4073699.84443 Hz 2 0.618 Fe Z=26 N=35 L=0.0007286 m f=2036849.92221 Hz 2 0.618 Fe Z=26 N=36 L=0.0014572 m f=1018424.96111 Hz 2 0.618 Fe Z=26 N=37 L=0.0029143 m f=509212.48055 Hz 2 0.618 Fe Z=26 N=38 L=0.0058286 m f=254606.24028 Hz 2 0.618 Fe Z=26 N=39 L=0.0116572 m f=127303.12014 Hz 2 0.618 Fe Z=26 N=40 L=0.0233144 m f=63651.56007 Hz 2 0.618 Fe Z=26 N=41 L=0.0466289 m f=31825.78003 Hz 2 0.618 Fe Z=26 N=42 L=0.0932577 m f=15912.89002 Hz 2 0.618 Fe Z=26 N=43 L=0.1865155 m f=7956.44501 Hz 2 0.618 Fe Z=26 N=44 L=0.3730309 m f=3978.22250 Hz 2 0.618 Fe Z=26 N=45 L=0.7460618 m f=1989.11125 Hz 2 0.618 Fe Z=26 N=46 L=1.4921237 m f=994.55563 Hz 2 0.618 Fe Z=26 N=47 L=2.9842474 m f=497.27781 Hz 2 0.618 Fe Z=26 N=48 L=5.9684947 m f=248.63891 Hz 2 0.618 Fe Z=26 N=49 L=11.9369894 m f=124.31945 Hz 2 0.618 Fe Z=26 N=50 L=23.8739789 m f=62.15973 Hz 2 0.618 Fe Z=26 N=51 L=47.7479577 m f=31.07986 Hz 2 0.618 Fe Z=26 N=52 L=95.4959155 m f=15.53993 Hz 2 0.618 Fe Z=26 N=53 L=190.9918309 m f=7.76997 Hz 2 0.618 Fe Z=26 N=54 L=381.9836619 m f=3.88498 Hz 2 0.618 Fe Z=26 N=55 L=763.9673238 m f=1.94249 Hz 2 0.618 Fe Z=26 N=56 L=1527.9346475 m f=0.97125 Hz 2 0.618 Fe Z=26 N=57 L=3055.8692951 m f=0.48562 Hz 2 0.618 Co Z=27 N=17 L=0.0000000 m f=514172134675.11957 Hz 2 0.618 Co Z=27 N=18 L=0.0000000 m f=257086067337.55978 Hz 2 0.618 Co Z=27 N=19 L=0.0000000 m f=128543033668.77989 Hz 2 0.618 Co Z=27 N=20 L=0.0000000 m f=64271516834.38995 Hz 2 0.618 Co Z=27 N=21 L=0.0000000 m f=32135758417.19497 Hz 2 0.618 Co Z=27 N=22 L=0.0000001 m f=16067879208.59749 Hz 2 0.618 Co Z=27 N=23 L=0.0000002 m f=8033939604.29874 Hz 2 0.618 Co Z=27 N=24 L=0.0000004 m f=4016969802.14937 Hz 2 0.618 Co Z=27 N=25 L=0.0000007 m f=2008484901.07469 Hz 2 0.618 Co Z=27 N=26 L=0.0000015 m f=1004242450.53734 Hz 2 0.618 Co Z=27 N=27 L=0.0000030 m f=502121225.26867 Hz 2 0.618 Co Z=27 N=28 L=0.0000059 m f=251060612.63434 Hz 2 0.618 Co Z=27 N=29 L=0.0000118 m f=125530306.31717 Hz 2 0.618 Co Z=27 N=30 L=0.0000236 m f=62765153.15858 Hz 2 0.618 Co Z=27 N=31 L=0.0000473 m f=31382576.57929 Hz 2 0.618 Co Z=27 N=32 L=0.0000946 m f=15691288.28965 Hz 2 0.618 Co Z=27 N=33 L=0.0001891 m f=7845644.14482 Hz 2 0.618 Co Z=27 N=34 L=0.0003783 m f=3922822.07241 Hz 2 0.618 Co Z=27 N=35 L=0.0007566 m f=1961411.03621 Hz 2 0.618 Co Z=27 N=36 L=0.0015132 m f=980705.51810 Hz 2 0.618 Co Z=27 N=37 L=0.0030264 m f=490352.75905 Hz 2 0.618 Co Z=27 N=38 L=0.0060528 m f=245176.37953 Hz 2 0.618 Co Z=27 N=39 L=0.0121056 m f=122588.18976 Hz 2 0.618 Co Z=27 N=40 L=0.0242111 m f=61294.09488 Hz 2 0.618 Co Z=27 N=41 L=0.0484223 m f=30647.04744 Hz 2 0.618 Co Z=27 N=42 L=0.0968446 m f=15323.52372 Hz 2 0.618 Co Z=27 N=43 L=0.1936891 m f=7661.76186 Hz 2 0.618 Co Z=27 N=44 L=0.3873783 m f=3830.88093 Hz 2 0.618 Co Z=27 N=45 L=0.7747565 m f=1915.44047 Hz 2 0.618 Co Z=27 N=46 L=1.5495131 m f=957.72023 Hz 2 0.618 Co Z=27 N=47 L=3.0990261 m f=478.86012 Hz 2 0.618 Co Z=27 N=48 L=6.1980522 m f=239.43006 Hz 2 0.618 Co Z=27 N=49 L=12.3961044 m f=119.71503 Hz 2 0.618 Co Z=27 N=50 L=24.7922088 m f=59.85751 Hz 2 0.618 Co Z=27 N=51 L=49.5844176 m f=29.92876 Hz 2 0.618 Co Z=27 N=52 L=99.1688353 m f=14.96438 Hz 2 0.618 Co Z=27 N=53 L=198.3376706 m f=7.48219 Hz 2 0.618 Co Z=27 N=54 L=396.6753412 m f=3.74109 Hz 2 0.618 Co Z=27 N=55 L=793.3506824 m f=1.87055 Hz 2 0.618 Co Z=27 N=56 L=1586.7013648 m f=0.93527 Hz 2 0.618 Co Z=27 N=57 L=3173.4027295 m f=0.46764 Hz 2 0.618 Ni Z=28 N=17 L=0.0000000 m f=495808844151.00818 Hz 2 0.618 Ni Z=28 N=18 L=0.0000000 m f=247904422075.50409 Hz 2 0.618 Ni Z=28 N=19 L=0.0000000 m f=123952211037.75204 Hz 2 0.618 Ni Z=28 N=20 L=0.0000000 m f=61976105518.87602 Hz 2 0.618 Ni Z=28 N=21 L=0.0000000 m f=30988052759.43801 Hz 2 0.618 Ni Z=28 N=22 L=0.0000001 m f=15494026379.71901 Hz 2 0.618 Ni Z=28 N=23 L=0.0000002 m f=7747013189.85950 Hz 2 0.618 Ni Z=28 N=24 L=0.0000004 m f=3873506594.92975 Hz 2 0.618 Ni Z=28 N=25 L=0.0000008 m f=1936753297.46488 Hz 2 0.618 Ni Z=28 N=26 L=0.0000015 m f=968376648.73244 Hz 2 0.618 Ni Z=28 N=27 L=0.0000031 m f=484188324.36622 Hz 2 0.618 Ni Z=28 N=28 L=0.0000061 m f=242094162.18311 Hz 2 0.618 Ni Z=28 N=29 L=0.0000123 m f=121047081.09156 Hz 2 0.618 Ni Z=28 N=30 L=0.0000245 m f=60523540.54578 Hz 2 0.618 Ni Z=28 N=31 L=0.0000490 m f=30261770.27289 Hz 2 0.618 Ni Z=28 N=32 L=0.0000981 m f=15130885.13644 Hz 2 0.618 Ni Z=28 N=33 L=0.0001962 m f=7565442.56822 Hz 2 0.618 Ni Z=28 N=34 L=0.0003923 m f=3782721.28411 Hz 2 0.618 Ni Z=28 N=35 L=0.0007846 m f=1891360.64206 Hz 2 0.618 Ni Z=28 N=36 L=0.0015692 m f=945680.32103 Hz 2 0.618 Ni Z=28 N=37 L=0.0031385 m f=472840.16051 Hz 2 0.618 Ni Z=28 N=38 L=0.0062770 m f=236420.08026 Hz 2 0.618 Ni Z=28 N=39 L=0.0125539 m f=118210.04013 Hz 2 0.618 Ni Z=28 N=40 L=0.0251079 m f=59105.02006 Hz 2 0.618 Ni Z=28 N=41 L=0.0502157 m f=29552.51003 Hz 2 0.618 Ni Z=28 N=42 L=0.1004314 m f=14776.25502 Hz 2 0.618 Ni Z=28 N=43 L=0.2008628 m f=7388.12751 Hz 2 0.618 Ni Z=28 N=44 L=0.4017256 m f=3694.06375 Hz 2 0.618 Ni Z=28 N=45 L=0.8034512 m f=1847.03188 Hz 2 0.618 Ni Z=28 N=46 L=1.6069024 m f=923.51594 Hz 2 0.618 Ni Z=28 N=47 L=3.2138048 m f=461.75797 Hz 2 0.618 Ni Z=28 N=48 L=6.4276097 m f=230.87898 Hz 2 0.618 Ni Z=28 N=49 L=12.8552194 m f=115.43949 Hz 2 0.618 Ni Z=28 N=50 L=25.7104388 m f=57.71975 Hz 2 0.618 Ni Z=28 N=51 L=51.4208776 m f=28.85987 Hz 2 0.618 Ni Z=28 N=52 L=102.8417551 m f=14.42994 Hz 2 0.618 Ni Z=28 N=53 L=205.6835102 m f=7.21497 Hz 2 0.618 Ni Z=28 N=54 L=411.3670205 m f=3.60748 Hz 2 0.618 Ni Z=28 N=55 L=822.7340410 m f=1.80374 Hz 2 0.618 Ni Z=28 N=56 L=1645.4680820 m f=0.90187 Hz 2 0.618 Ni Z=28 N=57 L=3290.9361639 m f=0.45094 Hz 2 0.618 Cu Z=29 N=17 L=0.0000000 m f=478711987456.14587 Hz 2 0.618 Cu Z=29 N=18 L=0.0000000 m f=239355993728.07294 Hz 2 0.618 Cu Z=29 N=19 L=0.0000000 m f=119677996864.03647 Hz 2 0.618 Cu Z=29 N=20 L=0.0000000 m f=59838998432.01823 Hz 2 0.618 Cu Z=29 N=21 L=0.0000000 m f=29919499216.00912 Hz 2 0.618 Cu Z=29 N=22 L=0.0000001 m f=14959749608.00456 Hz 2 0.618 Cu Z=29 N=23 L=0.0000002 m f=7479874804.00228 Hz 2 0.618 Cu Z=29 N=24 L=0.0000004 m f=3739937402.00114 Hz 2 0.618 Cu Z=29 N=25 L=0.0000008 m f=1869968701.00057 Hz 2 0.618 Cu Z=29 N=26 L=0.0000016 m f=934984350.50029 Hz 2 0.618 Cu Z=29 N=27 L=0.0000032 m f=467492175.25014 Hz 2 0.618 Cu Z=29 N=28 L=0.0000063 m f=233746087.62507 Hz 2 0.618 Cu Z=29 N=29 L=0.0000127 m f=116873043.81254 Hz 2 0.618 Cu Z=29 N=30 L=0.0000254 m f=58436521.90627 Hz 2 0.618 Cu Z=29 N=31 L=0.0000508 m f=29218260.95313 Hz 2 0.618 Cu Z=29 N=32 L=0.0001016 m f=14609130.47657 Hz 2 0.618 Cu Z=29 N=33 L=0.0002032 m f=7304565.23828 Hz 2 0.618 Cu Z=29 N=34 L=0.0004063 m f=3652282.61914 Hz 2 0.618 Cu Z=29 N=35 L=0.0008126 m f=1826141.30957 Hz 2 0.618 Cu Z=29 N=36 L=0.0016253 m f=913070.65479 Hz 2 0.618 Cu Z=29 N=37 L=0.0032506 m f=456535.32739 Hz 2 0.618 Cu Z=29 N=38 L=0.0065011 m f=228267.66370 Hz 2 0.618 Cu Z=29 N=39 L=0.0130023 m f=114133.83185 Hz 2 0.618 Cu Z=29 N=40 L=0.0260046 m f=57066.91592 Hz 2 0.618 Cu Z=29 N=41 L=0.0520091 m f=28533.45796 Hz 2 0.618 Cu Z=29 N=42 L=0.1040182 m f=14266.72898 Hz 2 0.618 Cu Z=29 N=43 L=0.2080365 m f=7133.36449 Hz 2 0.618 Cu Z=29 N=44 L=0.4160729 m f=3566.68225 Hz 2 0.618 Cu Z=29 N=45 L=0.8321459 m f=1783.34112 Hz 2 0.618 Cu Z=29 N=46 L=1.6642918 m f=891.67056 Hz 2 0.618 Cu Z=29 N=47 L=3.3285836 m f=445.83528 Hz 2 0.618 Cu Z=29 N=48 L=6.6571672 m f=222.91764 Hz 2 0.618 Cu Z=29 N=49 L=13.3143344 m f=111.45882 Hz 2 0.618 Cu Z=29 N=50 L=26.6286687 m f=55.72941 Hz 2 0.618 Cu Z=29 N=51 L=53.2573375 m f=27.86471 Hz 2 0.618 Cu Z=29 N=52 L=106.5146749 m f=13.93235 Hz 2 0.618 Cu Z=29 N=53 L=213.0293499 m f=6.96618 Hz 2 0.618 Cu Z=29 N=54 L=426.0586998 m f=3.48309 Hz 2 0.618 Cu Z=29 N=55 L=852.1173996 m f=1.74154 Hz 2 0.618 Cu Z=29 N=56 L=1704.2347992 m f=0.87077 Hz 2 0.618 Cu Z=29 N=57 L=3408.4695984 m f=0.43539 Hz 2 0.618 Zn Z=30 N=17 L=0.0000000 m f=462754921207.60760 Hz 2 0.618 Zn Z=30 N=18 L=0.0000000 m f=231377460603.80380 Hz 2 0.618 Zn Z=30 N=19 L=0.0000000 m f=115688730301.90190 Hz 2 0.618 Zn Z=30 N=20 L=0.0000000 m f=57844365150.95095 Hz 2 0.618 Zn Z=30 N=21 L=0.0000001 m f=28922182575.47548 Hz 2 0.618 Zn Z=30 N=22 L=0.0000001 m f=14461091287.73774 Hz 2 0.618 Zn Z=30 N=23 L=0.0000002 m f=7230545643.86887 Hz 2 0.618 Zn Z=30 N=24 L=0.0000004 m f=3615272821.93443 Hz 2 0.618 Zn Z=30 N=25 L=0.0000008 m f=1807636410.96722 Hz 2 0.618 Zn Z=30 N=26 L=0.0000016 m f=903818205.48361 Hz 2 0.618 Zn Z=30 N=27 L=0.0000033 m f=451909102.74180 Hz 2 0.618 Zn Z=30 N=28 L=0.0000066 m f=225954551.37090 Hz 2 0.618 Zn Z=30 N=29 L=0.0000131 m f=112977275.68545 Hz 2 0.618 Zn Z=30 N=30 L=0.0000263 m f=56488637.84273 Hz 2 0.618 Zn Z=30 N=31 L=0.0000525 m f=28244318.92136 Hz 2 0.618 Zn Z=30 N=32 L=0.0001051 m f=14122159.46068 Hz 2 0.618 Zn Z=30 N=33 L=0.0002102 m f=7061079.73034 Hz 2 0.618 Zn Z=30 N=34 L=0.0004203 m f=3530539.86517 Hz 2 0.618 Zn Z=30 N=35 L=0.0008407 m f=1765269.93259 Hz 2 0.618 Zn Z=30 N=36 L=0.0016813 m f=882634.96629 Hz 2 0.618 Zn Z=30 N=37 L=0.0033627 m f=441317.48315 Hz 2 0.618 Zn Z=30 N=38 L=0.0067253 m f=220658.74157 Hz 2 0.618 Zn Z=30 N=39 L=0.0134506 m f=110329.37079 Hz 2 0.618 Zn Z=30 N=40 L=0.0269013 m f=55164.68539 Hz 2 0.618 Zn Z=30 N=41 L=0.0538025 m f=27582.34270 Hz 2 0.618 Zn Z=30 N=42 L=0.1076051 m f=13791.17135 Hz 2 0.618 Zn Z=30 N=43 L=0.2152101 m f=6895.58567 Hz 2 0.618 Zn Z=30 N=44 L=0.4304203 m f=3447.79284 Hz 2 0.618 Zn Z=30 N=45 L=0.8608406 m f=1723.89642 Hz 2 0.618 Zn Z=30 N=46 L=1.7216812 m f=861.94821 Hz 2 0.618 Zn Z=30 N=47 L=3.4433623 m f=430.97410 Hz 2 0.618 Zn Z=30 N=48 L=6.8867247 m f=215.48705 Hz 2 0.618 Zn Z=30 N=49 L=13.7734493 m f=107.74353 Hz 2 0.618 Zn Z=30 N=50 L=27.5468987 m f=53.87176 Hz 2 0.618 Zn Z=30 N=51 L=55.0937974 m f=26.93588 Hz 2 0.618 Zn Z=30 N=52 L=110.1875948 m f=13.46794 Hz 2 0.618 Zn Z=30 N=53 L=220.3751895 m f=6.73397 Hz 2 0.618 Zn Z=30 N=54 L=440.7503791 m f=3.36699 Hz 2 0.618 Zn Z=30 N=55 L=881.5007582 m f=1.68349 Hz 2 0.618 Zn Z=30 N=56 L=1763.0015164 m f=0.84175 Hz 2 0.618 Zn Z=30 N=57 L=3526.0030328 m f=0.42087 Hz 2 0.618 Ga Z=31 N=17 L=0.0000000 m f=447827343104.13635 Hz 2 0.618 Ga Z=31 N=18 L=0.0000000 m f=223913671552.06818 Hz 2 0.618 Ga Z=31 N=19 L=0.0000000 m f=111956835776.03409 Hz 2 0.618 Ga Z=31 N=20 L=0.0000000 m f=55978417888.01704 Hz 2 0.618 Ga Z=31 N=21 L=0.0000001 m f=27989208944.00852 Hz 2 0.618 Ga Z=31 N=22 L=0.0000001 m f=13994604472.00426 Hz 2 0.618 Ga Z=31 N=23 L=0.0000002 m f=6997302236.00213 Hz 2 0.618 Ga Z=31 N=24 L=0.0000004 m f=3498651118.00107 Hz 2 0.618 Ga Z=31 N=25 L=0.0000008 m f=1749325559.00053 Hz 2 0.618 Ga Z=31 N=26 L=0.0000017 m f=874662779.50027 Hz 2 0.618 Ga Z=31 N=27 L=0.0000034 m f=437331389.75013 Hz 2 0.618 Ga Z=31 N=28 L=0.0000068 m f=218665694.87507 Hz 2 0.618 Ga Z=31 N=29 L=0.0000136 m f=109332847.43753 Hz 2 0.618 Ga Z=31 N=30 L=0.0000271 m f=54666423.71877 Hz 2 0.618 Ga Z=31 N=31 L=0.0000543 m f=27333211.85938 Hz 2 0.618 Ga Z=31 N=32 L=0.0001086 m f=13666605.92969 Hz 2 0.618 Ga Z=31 N=33 L=0.0002172 m f=6833302.96485 Hz 2 0.618 Ga Z=31 N=34 L=0.0004343 m f=3416651.48242 Hz 2 0.618 Ga Z=31 N=35 L=0.0008687 m f=1708325.74121 Hz 2 0.618 Ga Z=31 N=36 L=0.0017374 m f=854162.87061 Hz 2 0.618 Ga Z=31 N=37 L=0.0034747 m f=427081.43530 Hz 2 0.618 Ga Z=31 N=38 L=0.0069495 m f=213540.71765 Hz 2 0.618 Ga Z=31 N=39 L=0.0138990 m f=106770.35883 Hz 2 0.618 Ga Z=31 N=40 L=0.0277980 m f=53385.17941 Hz 2 0.618 Ga Z=31 N=41 L=0.0555960 m f=26692.58971 Hz 2 0.618 Ga Z=31 N=42 L=0.1111919 m f=13346.29485 Hz 2 0.618 Ga Z=31 N=43 L=0.2223838 m f=6673.14743 Hz 2 0.618 Ga Z=31 N=44 L=0.4447676 m f=3336.57371 Hz 2 0.618 Ga Z=31 N=45 L=0.8895353 m f=1668.28686 Hz 2 0.618 Ga Z=31 N=46 L=1.7790705 m f=834.14343 Hz 2 0.618 Ga Z=31 N=47 L=3.5581411 m f=417.07171 Hz 2 0.618 Ga Z=31 N=48 L=7.1162822 m f=208.53586 Hz 2 0.618 Ga Z=31 N=49 L=14.2325643 m f=104.26793 Hz 2 0.618 Ga Z=31 N=50 L=28.4651287 m f=52.13396 Hz 2 0.618 Ga Z=31 N=51 L=56.9302573 m f=26.06698 Hz 2 0.618 Ga Z=31 N=52 L=113.8605146 m f=13.03349 Hz 2 0.618 Ga Z=31 N=53 L=227.7210292 m f=6.51675 Hz 2 0.618 Ga Z=31 N=54 L=455.4420584 m f=3.25837 Hz 2 0.618 Ga Z=31 N=55 L=910.8841168 m f=1.62919 Hz 2 0.618 Ga Z=31 N=56 L=1821.7682336 m f=0.81459 Hz 2 0.618 Ga Z=31 N=57 L=3643.5364672 m f=0.40730 Hz 2 0.618 Ge Z=32 N=17 L=0.0000000 m f=433832738632.13214 Hz 2 0.618 Ge Z=32 N=18 L=0.0000000 m f=216916369316.06607 Hz 2 0.618 Ge Z=32 N=19 L=0.0000000 m f=108458184658.03304 Hz 2 0.618 Ge Z=32 N=20 L=0.0000000 m f=54229092329.01652 Hz 2 0.618 Ge Z=32 N=21 L=0.0000001 m f=27114546164.50826 Hz 2 0.618 Ge Z=32 N=22 L=0.0000001 m f=13557273082.25413 Hz 2 0.618 Ge Z=32 N=23 L=0.0000002 m f=6778636541.12707 Hz 2 0.618 Ge Z=32 N=24 L=0.0000004 m f=3389318270.56353 Hz 2 0.618 Ge Z=32 N=25 L=0.0000009 m f=1694659135.28177 Hz 2 0.618 Ge Z=32 N=26 L=0.0000018 m f=847329567.64088 Hz 2 0.618 Ge Z=32 N=27 L=0.0000035 m f=423664783.82044 Hz 2 0.618 Ge Z=32 N=28 L=0.0000070 m f=211832391.91022 Hz 2 0.618 Ge Z=32 N=29 L=0.0000140 m f=105916195.95511 Hz 2 0.618 Ge Z=32 N=30 L=0.0000280 m f=52958097.97756 Hz 2 0.618 Ge Z=32 N=31 L=0.0000560 m f=26479048.98878 Hz 2 0.618 Ge Z=32 N=32 L=0.0001121 m f=13239524.49439 Hz 2 0.618 Ge Z=32 N=33 L=0.0002242 m f=6619762.24719 Hz 2 0.618 Ge Z=32 N=34 L=0.0004484 m f=3309881.12360 Hz 2 0.618 Ge Z=32 N=35 L=0.0008967 m f=1654940.56180 Hz 2 0.618 Ge Z=32 N=36 L=0.0017934 m f=827470.28090 Hz 2 0.618 Ge Z=32 N=37 L=0.0035868 m f=413735.14045 Hz 2 0.618 Ge Z=32 N=38 L=0.0071737 m f=206867.57022 Hz 2 0.618 Ge Z=32 N=39 L=0.0143473 m f=103433.78511 Hz 2 0.618 Ge Z=32 N=40 L=0.0286947 m f=51716.89256 Hz 2 0.618 Ge Z=32 N=41 L=0.0573894 m f=25858.44628 Hz 2 0.618 Ge Z=32 N=42 L=0.1147787 m f=12929.22314 Hz 2 0.618 Ge Z=32 N=43 L=0.2295575 m f=6464.61157 Hz 2 0.618 Ge Z=32 N=44 L=0.4591150 m f=3232.30578 Hz 2 0.618 Ge Z=32 N=45 L=0.9182300 m f=1616.15289 Hz 2 0.618 Ge Z=32 N=46 L=1.8364599 m f=808.07645 Hz 2 0.618 Ge Z=32 N=47 L=3.6729198 m f=404.03822 Hz 2 0.618 Ge Z=32 N=48 L=7.3458397 m f=202.01911 Hz 2 0.618 Ge Z=32 N=49 L=14.6916793 m f=101.00956 Hz 2 0.618 Ge Z=32 N=50 L=29.3833586 m f=50.50478 Hz 2 0.618 Ge Z=32 N=51 L=58.7667172 m f=25.25239 Hz 2 0.618 Ge Z=32 N=52 L=117.5334344 m f=12.62619 Hz 2 0.618 Ge Z=32 N=53 L=235.0668689 m f=6.31310 Hz 2 0.618 Ge Z=32 N=54 L=470.1337377 m f=3.15655 Hz 2 0.618 Ge Z=32 N=55 L=940.2674754 m f=1.57827 Hz 2 0.618 Ge Z=32 N=56 L=1880.5349508 m f=0.78914 Hz 2 0.618 Ge Z=32 N=57 L=3761.0699016 m f=0.39457 Hz 2 0.618 As Z=33 N=17 L=0.0000000 m f=420686292006.91608 Hz 2 0.618 As Z=33 N=18 L=0.0000000 m f=210343146003.45804 Hz 2 0.618 As Z=33 N=19 L=0.0000000 m f=105171573001.72902 Hz 2 0.618 As Z=33 N=20 L=0.0000000 m f=52585786500.86451 Hz 2 0.618 As Z=33 N=21 L=0.0000001 m f=26292893250.43225 Hz 2 0.618 As Z=33 N=22 L=0.0000001 m f=13146446625.21613 Hz 2 0.618 As Z=33 N=23 L=0.0000002 m f=6573223312.60806 Hz 2 0.618 As Z=33 N=24 L=0.0000005 m f=3286611656.30403 Hz 2 0.618 As Z=33 N=25 L=0.0000009 m f=1643305828.15202 Hz 2 0.618 As Z=33 N=26 L=0.0000018 m f=821652914.07601 Hz 2 0.618 As Z=33 N=27 L=0.0000036 m f=410826457.03800 Hz 2 0.618 As Z=33 N=28 L=0.0000072 m f=205413228.51900 Hz 2 0.618 As Z=33 N=29 L=0.0000144 m f=102706614.25950 Hz 2 0.618 As Z=33 N=30 L=0.0000289 m f=51353307.12975 Hz 2 0.618 As Z=33 N=31 L=0.0000578 m f=25676653.56488 Hz 2 0.618 As Z=33 N=32 L=0.0001156 m f=12838326.78244 Hz 2 0.618 As Z=33 N=33 L=0.0002312 m f=6419163.39122 Hz 2 0.618 As Z=33 N=34 L=0.0004624 m f=3209581.69561 Hz 2 0.618 As Z=33 N=35 L=0.0009247 m f=1604790.84780 Hz 2 0.618 As Z=33 N=36 L=0.0018495 m f=802395.42390 Hz 2 0.618 As Z=33 N=37 L=0.0036989 m f=401197.71195 Hz 2 0.618 As Z=33 N=38 L=0.0073978 m f=200598.85598 Hz 2 0.618 As Z=33 N=39 L=0.0147957 m f=100299.42799 Hz 2 0.618 As Z=33 N=40 L=0.0295914 m f=50149.71399 Hz 2 0.618 As Z=33 N=41 L=0.0591828 m f=25074.85700 Hz 2 0.618 As Z=33 N=42 L=0.1183656 m f=12537.42850 Hz 2 0.618 As Z=33 N=43 L=0.2367312 m f=6268.71425 Hz 2 0.618 As Z=33 N=44 L=0.4734623 m f=3134.35712 Hz 2 0.618 As Z=33 N=45 L=0.9469246 m f=1567.17856 Hz 2 0.618 As Z=33 N=46 L=1.8938493 m f=783.58928 Hz 2 0.618 As Z=33 N=47 L=3.7876986 m f=391.79464 Hz 2 0.618 As Z=33 N=48 L=7.5753971 m f=195.89732 Hz 2 0.618 As Z=33 N=49 L=15.1507943 m f=97.94866 Hz 2 0.618 As Z=33 N=50 L=30.3015886 m f=48.97433 Hz 2 0.618 As Z=33 N=51 L=60.6031771 m f=24.48717 Hz 2 0.618 As Z=33 N=52 L=121.2063543 m f=12.24358 Hz 2 0.618 As Z=33 N=53 L=242.4127085 m f=6.12179 Hz 2 0.618 As Z=33 N=54 L=484.8254170 m f=3.06090 Hz 2 0.618 As Z=33 N=55 L=969.6508340 m f=1.53045 Hz 2 0.618 As Z=33 N=56 L=1939.3016680 m f=0.76522 Hz 2 0.618 As Z=33 N=57 L=3878.6033361 m f=0.38261 Hz 2 0.618 Se Z=34 N=17 L=0.0000000 m f=408313165771.41852 Hz 2 0.618 Se Z=34 N=18 L=0.0000000 m f=204156582885.70926 Hz 2 0.618 Se Z=34 N=19 L=0.0000000 m f=102078291442.85463 Hz 2 0.618 Se Z=34 N=20 L=0.0000000 m f=51039145721.42731 Hz 2 0.618 Se Z=34 N=21 L=0.0000001 m f=25519572860.71366 Hz 2 0.618 Se Z=34 N=22 L=0.0000001 m f=12759786430.35683 Hz 2 0.618 Se Z=34 N=23 L=0.0000002 m f=6379893215.17841 Hz 2 0.618 Se Z=34 N=24 L=0.0000005 m f=3189946607.58921 Hz 2 0.618 Se Z=34 N=25 L=0.0000009 m f=1594973303.79460 Hz 2 0.618 Se Z=34 N=26 L=0.0000019 m f=797486651.89730 Hz 2 0.618 Se Z=34 N=27 L=0.0000037 m f=398743325.94865 Hz 2 0.618 Se Z=34 N=28 L=0.0000074 m f=199371662.97433 Hz 2 0.618 Se Z=34 N=29 L=0.0000149 m f=99685831.48716 Hz 2 0.618 Se Z=34 N=30 L=0.0000298 m f=49842915.74358 Hz 2 0.618 Se Z=34 N=31 L=0.0000595 m f=24921457.87179 Hz 2 0.618 Se Z=34 N=32 L=0.0001191 m f=12460728.93590 Hz 2 0.618 Se Z=34 N=33 L=0.0002382 m f=6230364.46795 Hz 2 0.618 Se Z=34 N=34 L=0.0004764 m f=3115182.23397 Hz 2 0.618 Se Z=34 N=35 L=0.0009528 m f=1557591.11699 Hz 2 0.618 Se Z=34 N=36 L=0.0019055 m f=778795.55849 Hz 2 0.618 Se Z=34 N=37 L=0.0038110 m f=389397.77925 Hz 2 0.618 Se Z=34 N=38 L=0.0076220 m f=194698.88962 Hz 2 0.618 Se Z=34 N=39 L=0.0152441 m f=97349.44481 Hz 2 0.618 Se Z=34 N=40 L=0.0304881 m f=48674.72241 Hz 2 0.618 Se Z=34 N=41 L=0.0609762 m f=24337.36120 Hz 2 0.618 Se Z=34 N=42 L=0.1219524 m f=12168.68060 Hz 2 0.618 Se Z=34 N=43 L=0.2439048 m f=6084.34030 Hz 2 0.618 Se Z=34 N=44 L=0.4878097 m f=3042.17015 Hz 2 0.618 Se Z=34 N=45 L=0.9756193 m f=1521.08508 Hz 2 0.618 Se Z=34 N=46 L=1.9512387 m f=760.54254 Hz 2 0.618 Se Z=34 N=47 L=3.9024773 m f=380.27127 Hz 2 0.618 Se Z=34 N=48 L=7.8049546 m f=190.13563 Hz 2 0.618 Se Z=34 N=49 L=15.6099093 m f=95.06782 Hz 2 0.618 Se Z=34 N=50 L=31.2198185 m f=47.53391 Hz 2 0.618 Se Z=34 N=51 L=62.4396370 m f=23.76695 Hz 2 0.618 Se Z=34 N=52 L=124.8792741 m f=11.88348 Hz 2 0.618 Se Z=34 N=53 L=249.7585482 m f=5.94174 Hz 2 0.618 Se Z=34 N=54 L=499.5170963 m f=2.97087 Hz 2 0.618 Se Z=34 N=55 L=999.0341926 m f=1.48543 Hz 2 0.618 Se Z=34 N=56 L=1998.0683853 m f=0.74272 Hz 2 0.618 Se Z=34 N=57 L=3996.1367705 m f=0.37136 Hz 2 0.618 Br Z=35 N=17 L=0.0000000 m f=396647075320.80658 Hz 2 0.618 Br Z=35 N=18 L=0.0000000 m f=198323537660.40329 Hz 2 0.618 Br Z=35 N=19 L=0.0000000 m f=99161768830.20164 Hz 2 0.618 Br Z=35 N=20 L=0.0000000 m f=49580884415.10082 Hz 2 0.618 Br Z=35 N=21 L=0.0000001 m f=24790442207.55041 Hz 2 0.618 Br Z=35 N=22 L=0.0000001 m f=12395221103.77521 Hz 2 0.618 Br Z=35 N=23 L=0.0000002 m f=6197610551.88760 Hz 2 0.618 Br Z=35 N=24 L=0.0000005 m f=3098805275.94380 Hz 2 0.618 Br Z=35 N=25 L=0.0000010 m f=1549402637.97190 Hz 2 0.618 Br Z=35 N=26 L=0.0000019 m f=774701318.98595 Hz 2 0.618 Br Z=35 N=27 L=0.0000038 m f=387350659.49298 Hz 2 0.618 Br Z=35 N=28 L=0.0000077 m f=193675329.74649 Hz 2 0.618 Br Z=35 N=29 L=0.0000153 m f=96837664.87324 Hz 2 0.618 Br Z=35 N=30 L=0.0000306 m f=48418832.43662 Hz 2 0.618 Br Z=35 N=31 L=0.0000613 m f=24209416.21831 Hz 2 0.618 Br Z=35 N=32 L=0.0001226 m f=12104708.10916 Hz 2 0.618 Br Z=35 N=33 L=0.0002452 m f=6052354.05458 Hz 2 0.618 Br Z=35 N=34 L=0.0004904 m f=3026177.02729 Hz 2 0.618 Br Z=35 N=35 L=0.0009808 m f=1513088.51364 Hz 2 0.618 Br Z=35 N=36 L=0.0019616 m f=756544.25682 Hz 2 0.618 Br Z=35 N=37 L=0.0039231 m f=378272.12841 Hz 2 0.618 Br Z=35 N=38 L=0.0078462 m f=189136.06421 Hz 2 0.618 Br Z=35 N=39 L=0.0156924 m f=94568.03210 Hz 2 0.618 Br Z=35 N=40 L=0.0313848 m f=47284.01605 Hz 2 0.618 Br Z=35 N=41 L=0.0627696 m f=23642.00803 Hz 2 0.618 Br Z=35 N=42 L=0.1255393 m f=11821.00401 Hz 2 0.618 Br Z=35 N=43 L=0.2510785 m f=5910.50201 Hz 2 0.618 Br Z=35 N=44 L=0.5021570 m f=2955.25100 Hz 2 0.618 Br Z=35 N=45 L=1.0043140 m f=1477.62550 Hz 2 0.618 Br Z=35 N=46 L=2.0086280 m f=738.81275 Hz 2 0.618 Br Z=35 N=47 L=4.0172561 m f=369.40638 Hz 2 0.618 Br Z=35 N=48 L=8.0345121 m f=184.70319 Hz 2 0.618 Br Z=35 N=49 L=16.0690242 m f=92.35159 Hz 2 0.618 Br Z=35 N=50 L=32.1380485 m f=46.17580 Hz 2 0.618 Br Z=35 N=51 L=64.2760970 m f=23.08790 Hz 2 0.618 Br Z=35 N=52 L=128.5521939 m f=11.54395 Hz 2 0.618 Br Z=35 N=53 L=257.1043878 m f=5.77197 Hz 2 0.618 Br Z=35 N=54 L=514.2087756 m f=2.88599 Hz 2 0.618 Br Z=35 N=55 L=1028.4175512 m f=1.44299 Hz 2 0.618 Br Z=35 N=56 L=2056.8351025 m f=0.72150 Hz 2 0.618 Br Z=35 N=57 L=4113.6702049 m f=0.36075 Hz 2 0.618 Kr Z=36 N=17 L=0.0000000 m f=385629101006.33972 Hz 2 0.618 Kr Z=36 N=18 L=0.0000000 m f=192814550503.16986 Hz 2 0.618 Kr Z=36 N=19 L=0.0000000 m f=96407275251.58493 Hz 2 0.618 Kr Z=36 N=20 L=0.0000000 m f=48203637625.79247 Hz 2 0.618 Kr Z=36 N=21 L=0.0000001 m f=24101818812.89623 Hz 2 0.618 Kr Z=36 N=22 L=0.0000001 m f=12050909406.44812 Hz 2 0.618 Kr Z=36 N=23 L=0.0000002 m f=6025454703.22406 Hz 2 0.618 Kr Z=36 N=24 L=0.0000005 m f=3012727351.61203 Hz 2 0.618 Kr Z=36 N=25 L=0.0000010 m f=1506363675.80601 Hz 2 0.618 Kr Z=36 N=26 L=0.0000020 m f=753181837.90301 Hz 2 0.618 Kr Z=36 N=27 L=0.0000039 m f=376590918.95150 Hz 2 0.618 Kr Z=36 N=28 L=0.0000079 m f=188295459.47575 Hz 2 0.618 Kr Z=36 N=29 L=0.0000158 m f=94147729.73788 Hz 2 0.618 Kr Z=36 N=30 L=0.0000315 m f=47073864.86894 Hz 2 0.618 Kr Z=36 N=31 L=0.0000630 m f=23536932.43447 Hz 2 0.618 Kr Z=36 N=32 L=0.0001261 m f=11768466.21723 Hz 2 0.618 Kr Z=36 N=33 L=0.0002522 m f=5884233.10862 Hz 2 0.618 Kr Z=36 N=34 L=0.0005044 m f=2942116.55431 Hz 2 0.618 Kr Z=36 N=35 L=0.0010088 m f=1471058.27715 Hz 2 0.618 Kr Z=36 N=36 L=0.0020176 m f=735529.13858 Hz 2 0.618 Kr Z=36 N=37 L=0.0040352 m f=367764.56929 Hz 2 0.618 Kr Z=36 N=38 L=0.0080704 m f=183882.28464 Hz 2 0.618 Kr Z=36 N=39 L=0.0161408 m f=91941.14232 Hz 2 0.618 Kr Z=36 N=40 L=0.0322815 m f=45970.57116 Hz 2 0.618 Kr Z=36 N=41 L=0.0645630 m f=22985.28558 Hz 2 0.618 Kr Z=36 N=42 L=0.1291261 m f=11492.64279 Hz 2 0.618 Kr Z=36 N=43 L=0.2582522 m f=5746.32140 Hz 2 0.618 Kr Z=36 N=44 L=0.5165044 m f=2873.16070 Hz 2 0.618 Kr Z=36 N=45 L=1.0330087 m f=1436.58035 Hz 2 0.618 Kr Z=36 N=46 L=2.0660174 m f=718.29017 Hz 2 0.618 Kr Z=36 N=47 L=4.1320348 m f=359.14509 Hz 2 0.618 Kr Z=36 N=48 L=8.2640696 m f=179.57254 Hz 2 0.618 Kr Z=36 N=49 L=16.5281392 m f=89.78627 Hz 2 0.618 Kr Z=36 N=50 L=33.0562784 m f=44.89314 Hz 2 0.618 Kr Z=36 N=51 L=66.1125569 m f=22.44657 Hz 2 0.618 Kr Z=36 N=52 L=132.2251137 m f=11.22328 Hz 2 0.618 Kr Z=36 N=53 L=264.4502275 m f=5.61164 Hz 2 0.618 Kr Z=36 N=54 L=528.9004549 m f=2.80582 Hz 2 0.618 Kr Z=36 N=55 L=1057.8009098 m f=1.40291 Hz 2 0.618 Kr Z=36 N=56 L=2115.6018197 m f=0.70146 Hz 2 0.618 Kr Z=36 N=57 L=4231.2036394 m f=0.35073 Hz 2 0.618 Rb Z=37 N=17 L=0.0000000 m f=375206692871.03320 Hz 2 0.618 Rb Z=37 N=18 L=0.0000000 m f=187603346435.51660 Hz 2 0.618 Rb Z=37 N=19 L=0.0000000 m f=93801673217.75830 Hz 2 0.618 Rb Z=37 N=20 L=0.0000000 m f=46900836608.87915 Hz 2 0.618 Rb Z=37 N=21 L=0.0000001 m f=23450418304.43958 Hz 2 0.618 Rb Z=37 N=22 L=0.0000001 m f=11725209152.21979 Hz 2 0.618 Rb Z=37 N=23 L=0.0000003 m f=5862604576.10989 Hz 2 0.618 Rb Z=37 N=24 L=0.0000005 m f=2931302288.05495 Hz 2 0.618 Rb Z=37 N=25 L=0.0000010 m f=1465651144.02747 Hz 2 0.618 Rb Z=37 N=26 L=0.0000020 m f=732825572.01374 Hz 2 0.618 Rb Z=37 N=27 L=0.0000041 m f=366412786.00687 Hz 2 0.618 Rb Z=37 N=28 L=0.0000081 m f=183206393.00343 Hz 2 0.618 Rb Z=37 N=29 L=0.0000162 m f=91603196.50172 Hz 2 0.618 Rb Z=37 N=30 L=0.0000324 m f=45801598.25086 Hz 2 0.618 Rb Z=37 N=31 L=0.0000648 m f=22900799.12543 Hz 2 0.618 Rb Z=37 N=32 L=0.0001296 m f=11450399.56271 Hz 2 0.618 Rb Z=37 N=33 L=0.0002592 m f=5725199.78136 Hz 2 0.618 Rb Z=37 N=34 L=0.0005184 m f=2862599.89068 Hz 2 0.618 Rb Z=37 N=35 L=0.0010368 m f=1431299.94534 Hz 2 0.618 Rb Z=37 N=36 L=0.0020736 m f=715649.97267 Hz 2 0.618 Rb Z=37 N=37 L=0.0041473 m f=357824.98633 Hz 2 0.618 Rb Z=37 N=38 L=0.0082946 m f=178912.49317 Hz 2 0.618 Rb Z=37 N=39 L=0.0165891 m f=89456.24658 Hz 2 0.618 Rb Z=37 N=40 L=0.0331782 m f=44728.12329 Hz 2 0.618 Rb Z=37 N=41 L=0.0663565 m f=22364.06165 Hz 2 0.618 Rb Z=37 N=42 L=0.1327129 m f=11182.03082 Hz 2 0.618 Rb Z=37 N=43 L=0.2654258 m f=5591.01541 Hz 2 0.618 Rb Z=37 N=44 L=0.5308517 m f=2795.50771 Hz 2 0.618 Rb Z=37 N=45 L=1.0617034 m f=1397.75385 Hz 2 0.618 Rb Z=37 N=46 L=2.1234068 m f=698.87693 Hz 2 0.618 Rb Z=37 N=47 L=4.2468135 m f=349.43846 Hz 2 0.618 Rb Z=37 N=48 L=8.4936271 m f=174.71923 Hz 2 0.618 Rb Z=37 N=49 L=16.9872542 m f=87.35962 Hz 2 0.618 Rb Z=37 N=50 L=33.9745084 m f=43.67981 Hz 2 0.618 Rb Z=37 N=51 L=67.9490168 m f=21.83990 Hz 2 0.618 Rb Z=37 N=52 L=135.8980336 m f=10.91995 Hz 2 0.618 Rb Z=37 N=53 L=271.7960671 m f=5.45998 Hz 2 0.618 Rb Z=37 N=54 L=543.5921342 m f=2.72999 Hz 2 0.618 Rb Z=37 N=55 L=1087.1842684 m f=1.36499 Hz 2 0.618 Rb Z=37 N=56 L=2174.3685369 m f=0.68250 Hz 2 0.618 Rb Z=37 N=57 L=4348.7370738 m f=0.34125 Hz 2 0.618 Sr Z=38 N=17 L=0.0000000 m f=365332832532.32184 Hz 2 0.618 Sr Z=38 N=18 L=0.0000000 m f=182666416266.16092 Hz 2 0.618 Sr Z=38 N=19 L=0.0000000 m f=91333208133.08046 Hz 2 0.618 Sr Z=38 N=20 L=0.0000000 m f=45666604066.54023 Hz 2 0.618 Sr Z=38 N=21 L=0.0000001 m f=22833302033.27011 Hz 2 0.618 Sr Z=38 N=22 L=0.0000001 m f=11416651016.63506 Hz 2 0.618 Sr Z=38 N=23 L=0.0000003 m f=5708325508.31753 Hz 2 0.618 Sr Z=38 N=24 L=0.0000005 m f=2854162754.15876 Hz 2 0.618 Sr Z=38 N=25 L=0.0000010 m f=1427081377.07938 Hz 2 0.618 Sr Z=38 N=26 L=0.0000021 m f=713540688.53969 Hz 2 0.618 Sr Z=38 N=27 L=0.0000042 m f=356770344.26985 Hz 2 0.618 Sr Z=38 N=28 L=0.0000083 m f=178385172.13492 Hz 2 0.618 Sr Z=38 N=29 L=0.0000166 m f=89192586.06746 Hz 2 0.618 Sr Z=38 N=30 L=0.0000333 m f=44596293.03373 Hz 2 0.618 Sr Z=38 N=31 L=0.0000666 m f=22298146.51687 Hz 2 0.618 Sr Z=38 N=32 L=0.0001331 m f=11149073.25843 Hz 2 0.618 Sr Z=38 N=33 L=0.0002662 m f=5574536.62922 Hz 2 0.618 Sr Z=38 N=34 L=0.0005324 m f=2787268.31461 Hz 2 0.618 Sr Z=38 N=35 L=0.0010648 m f=1393634.15730 Hz 2 0.618 Sr Z=38 N=36 L=0.0021297 m f=696817.07865 Hz 2 0.618 Sr Z=38 N=37 L=0.0042594 m f=348408.53933 Hz 2 0.618 Sr Z=38 N=38 L=0.0085187 m f=174204.26966 Hz 2 0.618 Sr Z=38 N=39 L=0.0170375 m f=87102.13483 Hz 2 0.618 Sr Z=38 N=40 L=0.0340749 m f=43551.06742 Hz 2 0.618 Sr Z=38 N=41 L=0.0681499 m f=21775.53371 Hz 2 0.618 Sr Z=38 N=42 L=0.1362998 m f=10887.76685 Hz 2 0.618 Sr Z=38 N=43 L=0.2725995 m f=5443.88343 Hz 2 0.618 Sr Z=38 N=44 L=0.5451990 m f=2721.94171 Hz 2 0.618 Sr Z=38 N=45 L=1.0903981 m f=1360.97086 Hz 2 0.618 Sr Z=38 N=46 L=2.1807961 m f=680.48543 Hz 2 0.618 Sr Z=38 N=47 L=4.3615923 m f=340.24271 Hz 2 0.618 Sr Z=38 N=48 L=8.7231846 m f=170.12136 Hz 2 0.618 Sr Z=38 N=49 L=17.4463692 m f=85.06068 Hz 2 0.618 Sr Z=38 N=50 L=34.8927383 m f=42.53034 Hz 2 0.618 Sr Z=38 N=51 L=69.7854767 m f=21.26517 Hz 2 0.618 Sr Z=38 N=52 L=139.5709534 m f=10.63258 Hz 2 0.618 Sr Z=38 N=53 L=279.1419068 m f=5.31629 Hz 2 0.618 Sr Z=38 N=54 L=558.2838135 m f=2.65815 Hz 2 0.618 Sr Z=38 N=55 L=1116.5676271 m f=1.32907 Hz 2 0.618 Sr Z=38 N=56 L=2233.1352541 m f=0.66454 Hz 2 0.618 Sr Z=38 N=57 L=4466.2705082 m f=0.33227 Hz 2 0.618 Y Z=39 N=17 L=0.0000000 m f=355965324005.85199 Hz 2 0.618 Y Z=39 N=18 L=0.0000000 m f=177982662002.92599 Hz 2 0.618 Y Z=39 N=19 L=0.0000000 m f=88991331001.46300 Hz 2 0.618 Y Z=39 N=20 L=0.0000000 m f=44495665500.73150 Hz 2 0.618 Y Z=39 N=21 L=0.0000001 m f=22247832750.36575 Hz 2 0.618 Y Z=39 N=22 L=0.0000001 m f=11123916375.18287 Hz 2 0.618 Y Z=39 N=23 L=0.0000003 m f=5561958187.59144 Hz 2 0.618 Y Z=39 N=24 L=0.0000005 m f=2780979093.79572 Hz 2 0.618 Y Z=39 N=25 L=0.0000011 m f=1390489546.89786 Hz 2 0.618 Y Z=39 N=26 L=0.0000021 m f=695244773.44893 Hz 2 0.618 Y Z=39 N=27 L=0.0000043 m f=347622386.72447 Hz 2 0.618 Y Z=39 N=28 L=0.0000085 m f=173811193.36223 Hz 2 0.618 Y Z=39 N=29 L=0.0000171 m f=86905596.68112 Hz 2 0.618 Y Z=39 N=30 L=0.0000342 m f=43452798.34056 Hz 2 0.618 Y Z=39 N=31 L=0.0000683 m f=21726399.17028 Hz 2 0.618 Y Z=39 N=32 L=0.0001366 m f=10863199.58514 Hz 2 0.618 Y Z=39 N=33 L=0.0002732 m f=5431599.79257 Hz 2 0.618 Y Z=39 N=34 L=0.0005464 m f=2715799.89628 Hz 2 0.618 Y Z=39 N=35 L=0.0010929 m f=1357899.94814 Hz 2 0.618 Y Z=39 N=36 L=0.0021857 m f=678949.97407 Hz 2 0.618 Y Z=39 N=37 L=0.0043715 m f=339474.98704 Hz 2 0.618 Y Z=39 N=38 L=0.0087429 m f=169737.49352 Hz 2 0.618 Y Z=39 N=39 L=0.0174858 m f=84868.74676 Hz 2 0.618 Y Z=39 N=40 L=0.0349716 m f=42434.37338 Hz 2 0.618 Y Z=39 N=41 L=0.0699433 m f=21217.18669 Hz 2 0.618 Y Z=39 N=42 L=0.1398866 m f=10608.59334 Hz 2 0.618 Y Z=39 N=43 L=0.2797732 m f=5304.29667 Hz 2 0.618 Y Z=39 N=44 L=0.5595464 m f=2652.14834 Hz 2 0.618 Y Z=39 N=45 L=1.1190928 m f=1326.07417 Hz 2 0.618 Y Z=39 N=46 L=2.2381855 m f=663.03708 Hz 2 0.618 Y Z=39 N=47 L=4.4763710 m f=331.51854 Hz 2 0.618 Y Z=39 N=48 L=8.9527421 m f=165.75927 Hz 2 0.618 Y Z=39 N=49 L=17.9054842 m f=82.87964 Hz 2 0.618 Y Z=39 N=50 L=35.8109683 m f=41.43982 Hz 2 0.618 Y Z=39 N=51 L=71.6219366 m f=20.71991 Hz 2 0.618 Y Z=39 N=52 L=143.2438732 m f=10.35995 Hz 2 0.618 Y Z=39 N=53 L=286.4877464 m f=5.17998 Hz 2 0.618 Y Z=39 N=54 L=572.9754928 m f=2.58999 Hz 2 0.618 Y Z=39 N=55 L=1145.9509857 m f=1.29499 Hz 2 0.618 Y Z=39 N=56 L=2291.9019713 m f=0.64750 Hz 2 0.618 Y Z=39 N=57 L=4583.8039426 m f=0.32375 Hz 2 0.618 Zr Z=40 N=17 L=0.0000000 m f=347066190905.70575 Hz 2 0.618 Zr Z=40 N=18 L=0.0000000 m f=173533095452.85287 Hz 2 0.618 Zr Z=40 N=19 L=0.0000000 m f=86766547726.42644 Hz 2 0.618 Zr Z=40 N=20 L=0.0000000 m f=43383273863.21322 Hz 2 0.618 Zr Z=40 N=21 L=0.0000001 m f=21691636931.60661 Hz 2 0.618 Zr Z=40 N=22 L=0.0000001 m f=10845818465.80330 Hz 2 0.618 Zr Z=40 N=23 L=0.0000003 m f=5422909232.90165 Hz 2 0.618 Zr Z=40 N=24 L=0.0000005 m f=2711454616.45083 Hz 2 0.618 Zr Z=40 N=25 L=0.0000011 m f=1355727308.22541 Hz 2 0.618 Zr Z=40 N=26 L=0.0000022 m f=677863654.11271 Hz 2 0.618 Zr Z=40 N=27 L=0.0000044 m f=338931827.05635 Hz 2 0.618 Zr Z=40 N=28 L=0.0000088 m f=169465913.52818 Hz 2 0.618 Zr Z=40 N=29 L=0.0000175 m f=84732956.76409 Hz 2 0.618 Zr Z=40 N=30 L=0.0000350 m f=42366478.38204 Hz 2 0.618 Zr Z=40 N=31 L=0.0000701 m f=21183239.19102 Hz 2 0.618 Zr Z=40 N=32 L=0.0001401 m f=10591619.59551 Hz 2 0.618 Zr Z=40 N=33 L=0.0002802 m f=5295809.79776 Hz 2 0.618 Zr Z=40 N=34 L=0.0005604 m f=2647904.89888 Hz 2 0.618 Zr Z=40 N=35 L=0.0011209 m f=1323952.44944 Hz 2 0.618 Zr Z=40 N=36 L=0.0022418 m f=661976.22472 Hz 2 0.618 Zr Z=40 N=37 L=0.0044835 m f=330988.11236 Hz 2 0.618 Zr Z=40 N=38 L=0.0089671 m f=165494.05618 Hz 2 0.618 Zr Z=40 N=39 L=0.0179342 m f=82747.02809 Hz 2 0.618 Zr Z=40 N=40 L=0.0358684 m f=41373.51404 Hz 2 0.618 Zr Z=40 N=41 L=0.0717367 m f=20686.75702 Hz 2 0.618 Zr Z=40 N=42 L=0.1434734 m f=10343.37851 Hz 2 0.618 Zr Z=40 N=43 L=0.2869469 m f=5171.68926 Hz 2 0.618 Zr Z=40 N=44 L=0.5738937 m f=2585.84463 Hz 2 0.618 Zr Z=40 N=45 L=1.1477874 m f=1292.92231 Hz 2 0.618 Zr Z=40 N=46 L=2.2955749 m f=646.46116 Hz 2 0.618 Zr Z=40 N=47 L=4.5911498 m f=323.23058 Hz 2 0.618 Zr Z=40 N=48 L=9.1822996 m f=161.61529 Hz 2 0.618 Zr Z=40 N=49 L=18.3645991 m f=80.80764 Hz 2 0.618 Zr Z=40 N=50 L=36.7291983 m f=40.40382 Hz 2 0.618 Zr Z=40 N=51 L=73.4583965 m f=20.20191 Hz 2 0.618 Zr Z=40 N=52 L=146.9167930 m f=10.10096 Hz 2 0.618 Zr Z=40 N=53 L=293.8335861 m f=5.05048 Hz 2 0.618 Zr Z=40 N=54 L=587.6671721 m f=2.52524 Hz 2 0.618 Zr Z=40 N=55 L=1175.3343443 m f=1.26262 Hz 2 0.618 Zr Z=40 N=56 L=2350.6686885 m f=0.63131 Hz 2 0.618 Zr Z=40 N=57 L=4701.3373771 m f=0.31565 Hz 2 0.618 Nb Z=41 N=17 L=0.0000000 m f=338601161859.22510 Hz 2 0.618 Nb Z=41 N=18 L=0.0000000 m f=169300580929.61255 Hz 2 0.618 Nb Z=41 N=19 L=0.0000000 m f=84650290464.80627 Hz 2 0.618 Nb Z=41 N=20 L=0.0000000 m f=42325145232.40314 Hz 2 0.618 Nb Z=41 N=21 L=0.0000001 m f=21162572616.20157 Hz 2 0.618 Nb Z=41 N=22 L=0.0000001 m f=10581286308.10078 Hz 2 0.618 Nb Z=41 N=23 L=0.0000003 m f=5290643154.05039 Hz 2 0.618 Nb Z=41 N=24 L=0.0000006 m f=2645321577.02520 Hz 2 0.618 Nb Z=41 N=25 L=0.0000011 m f=1322660788.51260 Hz 2 0.618 Nb Z=41 N=26 L=0.0000022 m f=661330394.25630 Hz 2 0.618 Nb Z=41 N=27 L=0.0000045 m f=330665197.12815 Hz 2 0.618 Nb Z=41 N=28 L=0.0000090 m f=165332598.56408 Hz 2 0.618 Nb Z=41 N=29 L=0.0000180 m f=82666299.28204 Hz 2 0.618 Nb Z=41 N=30 L=0.0000359 m f=41333149.64102 Hz 2 0.618 Nb Z=41 N=31 L=0.0000718 m f=20666574.82051 Hz 2 0.618 Nb Z=41 N=32 L=0.0001436 m f=10333287.41025 Hz 2 0.618 Nb Z=41 N=33 L=0.0002872 m f=5166643.70513 Hz 2 0.618 Nb Z=41 N=34 L=0.0005745 m f=2583321.85256 Hz 2 0.618 Nb Z=41 N=35 L=0.0011489 m f=1291660.92628 Hz 2 0.618 Nb Z=41 N=36 L=0.0022978 m f=645830.46314 Hz 2 0.618 Nb Z=41 N=37 L=0.0045956 m f=322915.23157 Hz 2 0.618 Nb Z=41 N=38 L=0.0091913 m f=161457.61579 Hz 2 0.618 Nb Z=41 N=39 L=0.0183825 m f=80728.80789 Hz 2 0.618 Nb Z=41 N=40 L=0.0367651 m f=40364.40395 Hz 2 0.618 Nb Z=41 N=41 L=0.0735301 m f=20182.20197 Hz 2 0.618 Nb Z=41 N=42 L=0.1470603 m f=10091.10099 Hz 2 0.618 Nb Z=41 N=43 L=0.2941205 m f=5045.55049 Hz 2 0.618 Nb Z=41 N=44 L=0.5882411 m f=2522.77525 Hz 2 0.618 Nb Z=41 N=45 L=1.1764821 m f=1261.38762 Hz 2 0.618 Nb Z=41 N=46 L=2.3529643 m f=630.69381 Hz 2 0.618 Nb Z=41 N=47 L=4.7059285 m f=315.34691 Hz 2 0.618 Nb Z=41 N=48 L=9.4118571 m f=157.67345 Hz 2 0.618 Nb Z=41 N=49 L=18.8237141 m f=78.83673 Hz 2 0.618 Nb Z=41 N=50 L=37.6474282 m f=39.41836 Hz 2 0.618 Nb Z=41 N=51 L=75.2948564 m f=19.70918 Hz 2 0.618 Nb Z=41 N=52 L=150.5897129 m f=9.85459 Hz 2 0.618 Nb Z=41 N=53 L=301.1794257 m f=4.92730 Hz 2 0.618 Nb Z=41 N=54 L=602.3588514 m f=2.46365 Hz 2 0.618 Nb Z=41 N=55 L=1204.7177029 m f=1.23182 Hz 2 0.618 Nb Z=41 N=56 L=2409.4354057 m f=0.61591 Hz 2 0.618 Nb Z=41 N=57 L=4818.8708115 m f=0.30796 Hz 2 0.618 Mo Z=42 N=17 L=0.0000000 m f=330539229434.00549 Hz 2 0.618 Mo Z=42 N=18 L=0.0000000 m f=165269614717.00275 Hz 2 0.618 Mo Z=42 N=19 L=0.0000000 m f=82634807358.50137 Hz 2 0.618 Mo Z=42 N=20 L=0.0000000 m f=41317403679.25069 Hz 2 0.618 Mo Z=42 N=21 L=0.0000001 m f=20658701839.62534 Hz 2 0.618 Mo Z=42 N=22 L=0.0000001 m f=10329350919.81267 Hz 2 0.618 Mo Z=42 N=23 L=0.0000003 m f=5164675459.90634 Hz 2 0.618 Mo Z=42 N=24 L=0.0000006 m f=2582337729.95317 Hz 2 0.618 Mo Z=42 N=25 L=0.0000011 m f=1291168864.97658 Hz 2 0.618 Mo Z=42 N=26 L=0.0000023 m f=645584432.48829 Hz 2 0.618 Mo Z=42 N=27 L=0.0000046 m f=322792216.24415 Hz 2 0.618 Mo Z=42 N=28 L=0.0000092 m f=161396108.12207 Hz 2 0.618 Mo Z=42 N=29 L=0.0000184 m f=80698054.06104 Hz 2 0.618 Mo Z=42 N=30 L=0.0000368 m f=40349027.03052 Hz 2 0.618 Mo Z=42 N=31 L=0.0000736 m f=20174513.51526 Hz 2 0.618 Mo Z=42 N=32 L=0.0001471 m f=10087256.75763 Hz 2 0.618 Mo Z=42 N=33 L=0.0002942 m f=5043628.37881 Hz 2 0.618 Mo Z=42 N=34 L=0.0005885 m f=2521814.18941 Hz 2 0.618 Mo Z=42 N=35 L=0.0011769 m f=1260907.09470 Hz 2 0.618 Mo Z=42 N=36 L=0.0023539 m f=630453.54735 Hz 2 0.618 Mo Z=42 N=37 L=0.0047077 m f=315226.77368 Hz 2 0.618 Mo Z=42 N=38 L=0.0094154 m f=157613.38684 Hz 2 0.618 Mo Z=42 N=39 L=0.0188309 m f=78806.69342 Hz 2 0.618 Mo Z=42 N=40 L=0.0376618 m f=39403.34671 Hz 2 0.618 Mo Z=42 N=41 L=0.0753236 m f=19701.67335 Hz 2 0.618 Mo Z=42 N=42 L=0.1506471 m f=9850.83668 Hz 2 0.618 Mo Z=42 N=43 L=0.3012942 m f=4925.41834 Hz 2 0.618 Mo Z=42 N=44 L=0.6025884 m f=2462.70917 Hz 2 0.618 Mo Z=42 N=45 L=1.2051768 m f=1231.35458 Hz 2 0.618 Mo Z=42 N=46 L=2.4103536 m f=615.67729 Hz 2 0.618 Mo Z=42 N=47 L=4.8207073 m f=307.83865 Hz 2 0.618 Mo Z=42 N=48 L=9.6414145 m f=153.91932 Hz 2 0.618 Mo Z=42 N=49 L=19.2828291 m f=76.95966 Hz 2 0.618 Mo Z=42 N=50 L=38.5656582 m f=38.47983 Hz 2 0.618 Mo Z=42 N=51 L=77.1313163 m f=19.23992 Hz 2 0.618 Mo Z=42 N=52 L=154.2626327 m f=9.61996 Hz 2 0.618 Mo Z=42 N=53 L=308.5252654 m f=4.80998 Hz 2 0.618 Mo Z=42 N=54 L=617.0505307 m f=2.40499 Hz 2 0.618 Mo Z=42 N=55 L=1234.1010615 m f=1.20249 Hz 2 0.618 Mo Z=42 N=56 L=2468.2021230 m f=0.60125 Hz 2 0.618 Mo Z=42 N=57 L=4936.4042459 m f=0.30062 Hz 2 0.618 Tc Z=43 N=17 L=0.0000000 m f=322852270609.95880 Hz 2 0.618 Tc Z=43 N=18 L=0.0000000 m f=161426135304.97940 Hz 2 0.618 Tc Z=43 N=19 L=0.0000000 m f=80713067652.48970 Hz 2 0.618 Tc Z=43 N=20 L=0.0000000 m f=40356533826.24485 Hz 2 0.618 Tc Z=43 N=21 L=0.0000001 m f=20178266913.12243 Hz 2 0.618 Tc Z=43 N=22 L=0.0000001 m f=10089133456.56121 Hz 2 0.618 Tc Z=43 N=23 L=0.0000003 m f=5044566728.28061 Hz 2 0.618 Tc Z=43 N=24 L=0.0000006 m f=2522283364.14030 Hz 2 0.618 Tc Z=43 N=25 L=0.0000012 m f=1261141682.07015 Hz 2 0.618 Tc Z=43 N=26 L=0.0000024 m f=630570841.03508 Hz 2 0.618 Tc Z=43 N=27 L=0.0000047 m f=315285420.51754 Hz 2 0.618 Tc Z=43 N=28 L=0.0000094 m f=157642710.25877 Hz 2 0.618 Tc Z=43 N=29 L=0.0000188 m f=78821355.12938 Hz 2 0.618 Tc Z=43 N=30 L=0.0000377 m f=39410677.56469 Hz 2 0.618 Tc Z=43 N=31 L=0.0000753 m f=19705338.78235 Hz 2 0.618 Tc Z=43 N=32 L=0.0001506 m f=9852669.39117 Hz 2 0.618 Tc Z=43 N=33 L=0.0003012 m f=4926334.69559 Hz 2 0.618 Tc Z=43 N=34 L=0.0006025 m f=2463167.34779 Hz 2 0.618 Tc Z=43 N=35 L=0.0012050 m f=1231583.67390 Hz 2 0.618 Tc Z=43 N=36 L=0.0024099 m f=615791.83695 Hz 2 0.618 Tc Z=43 N=37 L=0.0048198 m f=307895.91847 Hz 2 0.618 Tc Z=43 N=38 L=0.0096396 m f=153947.95924 Hz 2 0.618 Tc Z=43 N=39 L=0.0192792 m f=76973.97962 Hz 2 0.618 Tc Z=43 N=40 L=0.0385585 m f=38486.98981 Hz 2 0.618 Tc Z=43 N=41 L=0.0771170 m f=19243.49490 Hz 2 0.618 Tc Z=43 N=42 L=0.1542339 m f=9621.74745 Hz 2 0.618 Tc Z=43 N=43 L=0.3084679 m f=4810.87373 Hz 2 0.618 Tc Z=43 N=44 L=0.6169358 m f=2405.43686 Hz 2 0.618 Tc Z=43 N=45 L=1.2338715 m f=1202.71843 Hz 2 0.618 Tc Z=43 N=46 L=2.4677430 m f=601.35922 Hz 2 0.618 Tc Z=43 N=47 L=4.9354860 m f=300.67961 Hz 2 0.618 Tc Z=43 N=48 L=9.8709720 m f=150.33980 Hz 2 0.618 Tc Z=43 N=49 L=19.7419441 m f=75.16990 Hz 2 0.618 Tc Z=43 N=50 L=39.4838881 m f=37.58495 Hz 2 0.618 Tc Z=43 N=51 L=78.9677763 m f=18.79248 Hz 2 0.618 Tc Z=43 N=52 L=157.9355525 m f=9.39624 Hz 2 0.618 Tc Z=43 N=53 L=315.8711050 m f=4.69812 Hz 2 0.618 Tc Z=43 N=54 L=631.7422100 m f=2.34906 Hz 2 0.618 Tc Z=43 N=55 L=1263.4844201 m f=1.17453 Hz 2 0.618 Tc Z=43 N=56 L=2526.9688402 m f=0.58726 Hz 2 0.618 Tc Z=43 N=57 L=5053.9376803 m f=0.29363 Hz 2 0.618 Ru Z=44 N=17 L=0.0000000 m f=315514719005.18707 Hz 2 0.618 Ru Z=44 N=18 L=0.0000000 m f=157757359502.59354 Hz 2 0.618 Ru Z=44 N=19 L=0.0000000 m f=78878679751.29677 Hz 2 0.618 Ru Z=44 N=20 L=0.0000000 m f=39439339875.64838 Hz 2 0.618 Ru Z=44 N=21 L=0.0000001 m f=19719669937.82419 Hz 2 0.618 Ru Z=44 N=22 L=0.0000002 m f=9859834968.91210 Hz 2 0.618 Ru Z=44 N=23 L=0.0000003 m f=4929917484.45605 Hz 2 0.618 Ru Z=44 N=24 L=0.0000006 m f=2464958742.22802 Hz 2 0.618 Ru Z=44 N=25 L=0.0000012 m f=1232479371.11401 Hz 2 0.618 Ru Z=44 N=26 L=0.0000024 m f=616239685.55701 Hz 2 0.618 Ru Z=44 N=27 L=0.0000048 m f=308119842.77850 Hz 2 0.618 Ru Z=44 N=28 L=0.0000096 m f=154059921.38925 Hz 2 0.618 Ru Z=44 N=29 L=0.0000193 m f=77029960.69463 Hz 2 0.618 Ru Z=44 N=30 L=0.0000385 m f=38514980.34731 Hz 2 0.618 Ru Z=44 N=31 L=0.0000771 m f=19257490.17366 Hz 2 0.618 Ru Z=44 N=32 L=0.0001541 m f=9628745.08683 Hz 2 0.618 Ru Z=44 N=33 L=0.0003082 m f=4814372.54341 Hz 2 0.618 Ru Z=44 N=34 L=0.0006165 m f=2407186.27171 Hz 2 0.618 Ru Z=44 N=35 L=0.0012330 m f=1203593.13585 Hz 2 0.618 Ru Z=44 N=36 L=0.0024659 m f=601796.56793 Hz 2 0.618 Ru Z=44 N=37 L=0.0049319 m f=300898.28396 Hz 2 0.618 Ru Z=44 N=38 L=0.0098638 m f=150449.14198 Hz 2 0.618 Ru Z=44 N=39 L=0.0197276 m f=75224.57099 Hz 2 0.618 Ru Z=44 N=40 L=0.0394552 m f=37612.28550 Hz 2 0.618 Ru Z=44 N=41 L=0.0789104 m f=18806.14275 Hz 2 0.618 Ru Z=44 N=42 L=0.1578208 m f=9403.07137 Hz 2 0.618 Ru Z=44 N=43 L=0.3156415 m f=4701.53569 Hz 2 0.618 Ru Z=44 N=44 L=0.6312831 m f=2350.76784 Hz 2 0.618 Ru Z=44 N=45 L=1.2625662 m f=1175.38392 Hz 2 0.618 Ru Z=44 N=46 L=2.5251324 m f=587.69196 Hz 2 0.618 Ru Z=44 N=47 L=5.0502648 m f=293.84598 Hz 2 0.618 Ru Z=44 N=48 L=10.1005295 m f=146.92299 Hz 2 0.618 Ru Z=44 N=49 L=20.2010590 m f=73.46150 Hz 2 0.618 Ru Z=44 N=50 L=40.4021181 m f=36.73075 Hz 2 0.618 Ru Z=44 N=51 L=80.8042362 m f=18.36537 Hz 2 0.618 Ru Z=44 N=52 L=161.6084723 m f=9.18269 Hz 2 0.618 Ru Z=44 N=53 L=323.2169447 m f=4.59134 Hz 2 0.618 Ru Z=44 N=54 L=646.4338893 m f=2.29567 Hz 2 0.618 Ru Z=44 N=55 L=1292.8677787 m f=1.14784 Hz 2 0.618 Ru Z=44 N=56 L=2585.7355574 m f=0.57392 Hz 2 0.618 Ru Z=44 N=57 L=5171.4711148 m f=0.28696 Hz 2 0.618 Rh Z=45 N=17 L=0.0000000 m f=308503280805.07178 Hz 2 0.618 Rh Z=45 N=18 L=0.0000000 m f=154251640402.53589 Hz 2 0.618 Rh Z=45 N=19 L=0.0000000 m f=77125820201.26794 Hz 2 0.618 Rh Z=45 N=20 L=0.0000000 m f=38562910100.63397 Hz 2 0.618 Rh Z=45 N=21 L=0.0000001 m f=19281455050.31699 Hz 2 0.618 Rh Z=45 N=22 L=0.0000002 m f=9640727525.15849 Hz 2 0.618 Rh Z=45 N=23 L=0.0000003 m f=4820363762.57925 Hz 2 0.618 Rh Z=45 N=24 L=0.0000006 m f=2410181881.28962 Hz 2 0.618 Rh Z=45 N=25 L=0.0000012 m f=1205090940.64481 Hz 2 0.618 Rh Z=45 N=26 L=0.0000025 m f=602545470.32241 Hz 2 0.618 Rh Z=45 N=27 L=0.0000049 m f=301272735.16120 Hz 2 0.618 Rh Z=45 N=28 L=0.0000099 m f=150636367.58060 Hz 2 0.618 Rh Z=45 N=29 L=0.0000197 m f=75318183.79030 Hz 2 0.618 Rh Z=45 N=30 L=0.0000394 m f=37659091.89515 Hz 2 0.618 Rh Z=45 N=31 L=0.0000788 m f=18829545.94758 Hz 2 0.618 Rh Z=45 N=32 L=0.0001576 m f=9414772.97379 Hz 2 0.618 Rh Z=45 N=33 L=0.0003152 m f=4707386.48689 Hz 2 0.618 Rh Z=45 N=34 L=0.0006305 m f=2353693.24345 Hz 2 0.618 Rh Z=45 N=35 L=0.0012610 m f=1176846.62172 Hz 2 0.618 Rh Z=45 N=36 L=0.0025220 m f=588423.31086 Hz 2 0.618 Rh Z=45 N=37 L=0.0050440 m f=294211.65543 Hz 2 0.618 Rh Z=45 N=38 L=0.0100880 m f=147105.82772 Hz 2 0.618 Rh Z=45 N=39 L=0.0201760 m f=73552.91386 Hz 2 0.618 Rh Z=45 N=40 L=0.0403519 m f=36776.45693 Hz 2 0.618 Rh Z=45 N=41 L=0.0807038 m f=18388.22846 Hz 2 0.618 Rh Z=45 N=42 L=0.1614076 m f=9194.11423 Hz 2 0.618 Rh Z=45 N=43 L=0.3228152 m f=4597.05712 Hz 2 0.618 Rh Z=45 N=44 L=0.6456304 m f=2298.52856 Hz 2 0.618 Rh Z=45 N=45 L=1.2912609 m f=1149.26428 Hz 2 0.618 Rh Z=45 N=46 L=2.5825218 m f=574.63214 Hz 2 0.618 Rh Z=45 N=47 L=5.1650435 m f=287.31607 Hz 2 0.618 Rh Z=45 N=48 L=10.3300870 m f=143.65803 Hz 2 0.618 Rh Z=45 N=49 L=20.6601740 m f=71.82902 Hz 2 0.618 Rh Z=45 N=50 L=41.3203480 m f=35.91451 Hz 2 0.618 Rh Z=45 N=51 L=82.6406961 m f=17.95725 Hz 2 0.618 Rh Z=45 N=52 L=165.2813922 m f=8.97863 Hz 2 0.618 Rh Z=45 N=53 L=330.5627843 m f=4.48931 Hz 2 0.618 Rh Z=45 N=54 L=661.1255686 m f=2.24466 Hz 2 0.618 Rh Z=45 N=55 L=1322.2511373 m f=1.12233 Hz 2 0.618 Rh Z=45 N=56 L=2644.5022746 m f=0.56116 Hz 2 0.618 Rh Z=45 N=57 L=5289.0045492 m f=0.28058 Hz 2 0.618 Pd Z=46 N=17 L=0.0000000 m f=301796687744.09198 Hz 2 0.618 Pd Z=46 N=18 L=0.0000000 m f=150898343872.04599 Hz 2 0.618 Pd Z=46 N=19 L=0.0000000 m f=75449171936.02299 Hz 2 0.618 Pd Z=46 N=20 L=0.0000000 m f=37724585968.01150 Hz 2 0.618 Pd Z=46 N=21 L=0.0000001 m f=18862292984.00575 Hz 2 0.618 Pd Z=46 N=22 L=0.0000002 m f=9431146492.00287 Hz 2 0.618 Pd Z=46 N=23 L=0.0000003 m f=4715573246.00144 Hz 2 0.618 Pd Z=46 N=24 L=0.0000006 m f=2357786623.00072 Hz 2 0.618 Pd Z=46 N=25 L=0.0000013 m f=1178893311.50036 Hz 2 0.618 Pd Z=46 N=26 L=0.0000025 m f=589446655.75018 Hz 2 0.618 Pd Z=46 N=27 L=0.0000050 m f=294723327.87509 Hz 2 0.618 Pd Z=46 N=28 L=0.0000101 m f=147361663.93755 Hz 2 0.618 Pd Z=46 N=29 L=0.0000201 m f=73680831.96877 Hz 2 0.618 Pd Z=46 N=30 L=0.0000403 m f=36840415.98439 Hz 2 0.618 Pd Z=46 N=31 L=0.0000806 m f=18420207.99219 Hz 2 0.618 Pd Z=46 N=32 L=0.0001611 m f=9210103.99610 Hz 2 0.618 Pd Z=46 N=33 L=0.0003223 m f=4605051.99805 Hz 2 0.618 Pd Z=46 N=34 L=0.0006445 m f=2302525.99902 Hz 2 0.618 Pd Z=46 N=35 L=0.0012890 m f=1151262.99951 Hz 2 0.618 Pd Z=46 N=36 L=0.0025780 m f=575631.49976 Hz 2 0.618 Pd Z=46 N=37 L=0.0051561 m f=287815.74988 Hz 2 0.618 Pd Z=46 N=38 L=0.0103122 m f=143907.87494 Hz 2 0.618 Pd Z=46 N=39 L=0.0206243 m f=71953.93747 Hz 2 0.618 Pd Z=46 N=40 L=0.0412486 m f=35976.96873 Hz 2 0.618 Pd Z=46 N=41 L=0.0824972 m f=17988.48437 Hz 2 0.618 Pd Z=46 N=42 L=0.1649944 m f=8994.24218 Hz 2 0.618 Pd Z=46 N=43 L=0.3299889 m f=4497.12109 Hz 2 0.618 Pd Z=46 N=44 L=0.6599778 m f=2248.56055 Hz 2 0.618 Pd Z=46 N=45 L=1.3199556 m f=1124.28027 Hz 2 0.618 Pd Z=46 N=46 L=2.6399111 m f=562.14014 Hz 2 0.618 Pd Z=46 N=47 L=5.2798222 m f=281.07007 Hz 2 0.618 Pd Z=46 N=48 L=10.5596445 m f=140.53503 Hz 2 0.618 Pd Z=46 N=49 L=21.1192890 m f=70.26752 Hz 2 0.618 Pd Z=46 N=50 L=42.2385780 m f=35.13376 Hz 2 0.618 Pd Z=46 N=51 L=84.4771560 m f=17.56688 Hz 2 0.618 Pd Z=46 N=52 L=168.9543120 m f=8.78344 Hz 2 0.618 Pd Z=46 N=53 L=337.9086240 m f=4.39172 Hz 2 0.618 Pd Z=46 N=54 L=675.8172480 m f=2.19586 Hz 2 0.618 Pd Z=46 N=55 L=1351.6344959 m f=1.09793 Hz 2 0.618 Pd Z=46 N=56 L=2703.2689918 m f=0.54896 Hz 2 0.618 Pd Z=46 N=57 L=5406.5379836 m f=0.27448 Hz 2 0.618 Ag Z=47 N=17 L=0.0000000 m f=295375481621.87720 Hz 2 0.618 Ag Z=47 N=18 L=0.0000000 m f=147687740810.93860 Hz 2 0.618 Ag Z=47 N=19 L=0.0000000 m f=73843870405.46930 Hz 2 0.618 Ag Z=47 N=20 L=0.0000000 m f=36921935202.73465 Hz 2 0.618 Ag Z=47 N=21 L=0.0000001 m f=18460967601.36732 Hz 2 0.618 Ag Z=47 N=22 L=0.0000002 m f=9230483800.68366 Hz 2 0.618 Ag Z=47 N=23 L=0.0000003 m f=4615241900.34183 Hz 2 0.618 Ag Z=47 N=24 L=0.0000006 m f=2307620950.17092 Hz 2 0.618 Ag Z=47 N=25 L=0.0000013 m f=1153810475.08546 Hz 2 0.618 Ag Z=47 N=26 L=0.0000026 m f=576905237.54273 Hz 2 0.618 Ag Z=47 N=27 L=0.0000051 m f=288452618.77136 Hz 2 0.618 Ag Z=47 N=28 L=0.0000103 m f=144226309.38568 Hz 2 0.618 Ag Z=47 N=29 L=0.0000206 m f=72113154.69284 Hz 2 0.618 Ag Z=47 N=30 L=0.0000412 m f=36056577.34642 Hz 2 0.618 Ag Z=47 N=31 L=0.0000823 m f=18028288.67321 Hz 2 0.618 Ag Z=47 N=32 L=0.0001646 m f=9014144.33661 Hz 2 0.618 Ag Z=47 N=33 L=0.0003293 m f=4507072.16830 Hz 2 0.618 Ag Z=47 N=34 L=0.0006585 m f=2253536.08415 Hz 2 0.618 Ag Z=47 N=35 L=0.0013170 m f=1126768.04208 Hz 2 0.618 Ag Z=47 N=36 L=0.0026341 m f=563384.02104 Hz 2 0.618 Ag Z=47 N=37 L=0.0052682 m f=281692.01052 Hz 2 0.618 Ag Z=47 N=38 L=0.0105363 m f=140846.00526 Hz 2 0.618 Ag Z=47 N=39 L=0.0210727 m f=70423.00263 Hz 2 0.618 Ag Z=47 N=40 L=0.0421453 m f=35211.50131 Hz 2 0.618 Ag Z=47 N=41 L=0.0842906 m f=17605.75066 Hz 2 0.618 Ag Z=47 N=42 L=0.1685813 m f=8802.87533 Hz 2 0.618 Ag Z=47 N=43 L=0.3371626 m f=4401.43766 Hz 2 0.618 Ag Z=47 N=44 L=0.6743251 m f=2200.71883 Hz 2 0.618 Ag Z=47 N=45 L=1.3486502 m f=1100.35942 Hz 2 0.618 Ag Z=47 N=46 L=2.6973005 m f=550.17971 Hz 2 0.618 Ag Z=47 N=47 L=5.3946010 m f=275.08985 Hz 2 0.618 Ag Z=47 N=48 L=10.7892020 m f=137.54493 Hz 2 0.618 Ag Z=47 N=49 L=21.5784040 m f=68.77246 Hz 2 0.618 Ag Z=47 N=50 L=43.1568080 m f=34.38623 Hz 2 0.618 Ag Z=47 N=51 L=86.3136159 m f=17.19312 Hz 2 0.618 Ag Z=47 N=52 L=172.6272318 m f=8.59656 Hz 2 0.618 Ag Z=47 N=53 L=345.2544636 m f=4.29828 Hz 2 0.618 Ag Z=47 N=54 L=690.5089273 m f=2.14914 Hz 2 0.618 Ag Z=47 N=55 L=1381.0178545 m f=1.07457 Hz 2 0.618 Ag Z=47 N=56 L=2762.0357090 m f=0.53728 Hz 2 0.618 Ag Z=47 N=57 L=5524.0714180 m f=0.26864 Hz 2 0.618 Cd Z=48 N=17 L=0.0000000 m f=289221825754.75476 Hz 2 0.618 Cd Z=48 N=18 L=0.0000000 m f=144610912877.37738 Hz 2 0.618 Cd Z=48 N=19 L=0.0000000 m f=72305456438.68869 Hz 2 0.618 Cd Z=48 N=20 L=0.0000000 m f=36152728219.34435 Hz 2 0.618 Cd Z=48 N=21 L=0.0000001 m f=18076364109.67217 Hz 2 0.618 Cd Z=48 N=22 L=0.0000002 m f=9038182054.83609 Hz 2 0.618 Cd Z=48 N=23 L=0.0000003 m f=4519091027.41804 Hz 2 0.618 Cd Z=48 N=24 L=0.0000007 m f=2259545513.70902 Hz 2 0.618 Cd Z=48 N=25 L=0.0000013 m f=1129772756.85451 Hz 2 0.618 Cd Z=48 N=26 L=0.0000026 m f=564886378.42726 Hz 2 0.618 Cd Z=48 N=27 L=0.0000053 m f=282443189.21363 Hz 2 0.618 Cd Z=48 N=28 L=0.0000105 m f=141221594.60681 Hz 2 0.618 Cd Z=48 N=29 L=0.0000210 m f=70610797.30341 Hz 2 0.618 Cd Z=48 N=30 L=0.0000420 m f=35305398.65170 Hz 2 0.618 Cd Z=48 N=31 L=0.0000841 m f=17652699.32585 Hz 2 0.618 Cd Z=48 N=32 L=0.0001681 m f=8826349.66293 Hz 2 0.618 Cd Z=48 N=33 L=0.0003363 m f=4413174.83146 Hz 2 0.618 Cd Z=48 N=34 L=0.0006725 m f=2206587.41573 Hz 2 0.618 Cd Z=48 N=35 L=0.0013451 m f=1103293.70787 Hz 2 0.618 Cd Z=48 N=36 L=0.0026901 m f=551646.85393 Hz 2 0.618 Cd Z=48 N=37 L=0.0053803 m f=275823.42697 Hz 2 0.618 Cd Z=48 N=38 L=0.0107605 m f=137911.71348 Hz 2 0.618 Cd Z=48 N=39 L=0.0215210 m f=68955.85674 Hz 2 0.618 Cd Z=48 N=40 L=0.0430420 m f=34477.92837 Hz 2 0.618 Cd Z=48 N=41 L=0.0860841 m f=17238.96419 Hz 2 0.618 Cd Z=48 N=42 L=0.1721681 m f=8619.48209 Hz 2 0.618 Cd Z=48 N=43 L=0.3443362 m f=4309.74105 Hz 2 0.618 Cd Z=48 N=44 L=0.6886725 m f=2154.87052 Hz 2 0.618 Cd Z=48 N=45 L=1.3773449 m f=1077.43526 Hz 2 0.618 Cd Z=48 N=46 L=2.7546899 m f=538.71763 Hz 2 0.618 Cd Z=48 N=47 L=5.5093797 m f=269.35882 Hz 2 0.618 Cd Z=48 N=48 L=11.0187595 m f=134.67941 Hz 2 0.618 Cd Z=48 N=49 L=22.0375190 m f=67.33970 Hz 2 0.618 Cd Z=48 N=50 L=44.0750379 m f=33.66985 Hz 2 0.618 Cd Z=48 N=51 L=88.1500758 m f=16.83493 Hz 2 0.618 Cd Z=48 N=52 L=176.3001516 m f=8.41746 Hz 2 0.618 Cd Z=48 N=53 L=352.6003033 m f=4.20873 Hz 2 0.618 Cd Z=48 N=54 L=705.2006066 m f=2.10437 Hz 2 0.618 Cd Z=48 N=55 L=1410.4012131 m f=1.05218 Hz 2 0.618 Cd Z=48 N=56 L=2820.8024262 m f=0.52609 Hz 2 0.618 Cd Z=48 N=57 L=5641.6048525 m f=0.26305 Hz 2 0.618 In Z=49 N=17 L=0.0000000 m f=283319339514.86182 Hz 2 0.618 In Z=49 N=18 L=0.0000000 m f=141659669757.43091 Hz 2 0.618 In Z=49 N=19 L=0.0000000 m f=70829834878.71545 Hz 2 0.618 In Z=49 N=20 L=0.0000000 m f=35414917439.35773 Hz 2 0.618 In Z=49 N=21 L=0.0000001 m f=17707458719.67886 Hz 2 0.618 In Z=49 N=22 L=0.0000002 m f=8853729359.83943 Hz 2 0.618 In Z=49 N=23 L=0.0000003 m f=4426864679.91972 Hz 2 0.618 In Z=49 N=24 L=0.0000007 m f=2213432339.95986 Hz 2 0.618 In Z=49 N=25 L=0.0000013 m f=1106716169.97993 Hz 2 0.618 In Z=49 N=26 L=0.0000027 m f=553358084.98997 Hz 2 0.618 In Z=49 N=27 L=0.0000054 m f=276679042.49498 Hz 2 0.618 In Z=49 N=28 L=0.0000107 m f=138339521.24749 Hz 2 0.618 In Z=49 N=29 L=0.0000215 m f=69169760.62375 Hz 2 0.618 In Z=49 N=30 L=0.0000429 m f=34584880.31187 Hz 2 0.618 In Z=49 N=31 L=0.0000858 m f=17292440.15594 Hz 2 0.618 In Z=49 N=32 L=0.0001716 m f=8646220.07797 Hz 2 0.618 In Z=49 N=33 L=0.0003433 m f=4323110.03898 Hz 2 0.618 In Z=49 N=34 L=0.0006865 m f=2161555.01949 Hz 2 0.618 In Z=49 N=35 L=0.0013731 m f=1080777.50975 Hz 2 0.618 In Z=49 N=36 L=0.0027462 m f=540388.75487 Hz 2 0.618 In Z=49 N=37 L=0.0054923 m f=270194.37744 Hz 2 0.618 In Z=49 N=38 L=0.0109847 m f=135097.18872 Hz 2 0.618 In Z=49 N=39 L=0.0219694 m f=67548.59436 Hz 2 0.618 In Z=49 N=40 L=0.0439387 m f=33774.29718 Hz 2 0.618 In Z=49 N=41 L=0.0878775 m f=16887.14859 Hz 2 0.618 In Z=49 N=42 L=0.1757550 m f=8443.57429 Hz 2 0.618 In Z=49 N=43 L=0.3515099 m f=4221.78715 Hz 2 0.618 In Z=49 N=44 L=0.7030198 m f=2110.89357 Hz 2 0.618 In Z=49 N=45 L=1.4060396 m f=1055.44679 Hz 2 0.618 In Z=49 N=46 L=2.8120792 m f=527.72339 Hz 2 0.618 In Z=49 N=47 L=5.6241585 m f=263.86170 Hz 2 0.618 In Z=49 N=48 L=11.2483170 m f=131.93085 Hz 2 0.618 In Z=49 N=49 L=22.4966339 m f=65.96542 Hz 2 0.618 In Z=49 N=50 L=44.9932679 m f=32.98271 Hz 2 0.618 In Z=49 N=51 L=89.9865357 m f=16.49136 Hz 2 0.618 In Z=49 N=52 L=179.9730715 m f=8.24568 Hz 2 0.618 In Z=49 N=53 L=359.9461429 m f=4.12284 Hz 2 0.618 In Z=49 N=54 L=719.8922859 m f=2.06142 Hz 2 0.618 In Z=49 N=55 L=1439.7845717 m f=1.03071 Hz 2 0.618 In Z=49 N=56 L=2879.5691435 m f=0.51535 Hz 2 0.618 In Z=49 N=57 L=5759.1382869 m f=0.25768 Hz 2 0.618 Sn Z=50 N=17 L=0.0000000 m f=277652952724.56458 Hz 2 0.618 Sn Z=50 N=18 L=0.0000000 m f=138826476362.28229 Hz 2 0.618 Sn Z=50 N=19 L=0.0000000 m f=69413238181.14114 Hz 2 0.618 Sn Z=50 N=20 L=0.0000000 m f=34706619090.57057 Hz 2 0.618 Sn Z=50 N=21 L=0.0000001 m f=17353309545.28529 Hz 2 0.618 Sn Z=50 N=22 L=0.0000002 m f=8676654772.64264 Hz 2 0.618 Sn Z=50 N=23 L=0.0000003 m f=4338327386.32132 Hz 2 0.618 Sn Z=50 N=24 L=0.0000007 m f=2169163693.16066 Hz 2 0.618 Sn Z=50 N=25 L=0.0000014 m f=1084581846.58033 Hz 2 0.618 Sn Z=50 N=26 L=0.0000027 m f=542290923.29017 Hz 2 0.618 Sn Z=50 N=27 L=0.0000055 m f=271145461.64508 Hz 2 0.618 Sn Z=50 N=28 L=0.0000109 m f=135572730.82254 Hz 2 0.618 Sn Z=50 N=29 L=0.0000219 m f=67786365.41127 Hz 2 0.618 Sn Z=50 N=30 L=0.0000438 m f=33893182.70564 Hz 2 0.618 Sn Z=50 N=31 L=0.0000876 m f=16946591.35282 Hz 2 0.618 Sn Z=50 N=32 L=0.0001751 m f=8473295.67641 Hz 2 0.618 Sn Z=50 N=33 L=0.0003503 m f=4236647.83820 Hz 2 0.618 Sn Z=50 N=34 L=0.0007006 m f=2118323.91910 Hz 2 0.618 Sn Z=50 N=35 L=0.0014011 m f=1059161.95955 Hz 2 0.618 Sn Z=50 N=36 L=0.0028022 m f=529580.97978 Hz 2 0.618 Sn Z=50 N=37 L=0.0056044 m f=264790.48989 Hz 2 0.618 Sn Z=50 N=38 L=0.0112089 m f=132395.24494 Hz 2 0.618 Sn Z=50 N=39 L=0.0224177 m f=66197.62247 Hz 2 0.618 Sn Z=50 N=40 L=0.0448354 m f=33098.81124 Hz 2 0.618 Sn Z=50 N=41 L=0.0896709 m f=16549.40562 Hz 2 0.618 Sn Z=50 N=42 L=0.1793418 m f=8274.70281 Hz 2 0.618 Sn Z=50 N=43 L=0.3586836 m f=4137.35140 Hz 2 0.618 Sn Z=50 N=44 L=0.7173672 m f=2068.67570 Hz 2 0.618 Sn Z=50 N=45 L=1.4347343 m f=1034.33785 Hz 2 0.618 Sn Z=50 N=46 L=2.8694686 m f=517.16893 Hz 2 0.618 Sn Z=50 N=47 L=5.7389372 m f=258.58446 Hz 2 0.618 Sn Z=50 N=48 L=11.4778745 m f=129.29223 Hz 2 0.618 Sn Z=50 N=49 L=22.9557489 m f=64.64612 Hz 2 0.618 Sn Z=50 N=50 L=45.9114978 m f=32.32306 Hz 2 0.618 Sn Z=50 N=51 L=91.8229956 m f=16.16153 Hz 2 0.618 Sn Z=50 N=52 L=183.6459913 m f=8.08076 Hz 2 0.618 Sn Z=50 N=53 L=367.2919826 m f=4.04038 Hz 2 0.618 Sn Z=50 N=54 L=734.5839652 m f=2.02019 Hz 2 0.618 Sn Z=50 N=55 L=1469.1679303 m f=1.01010 Hz 2 0.618 Sn Z=50 N=56 L=2938.3358607 m f=0.50505 Hz 2 0.618 Sn Z=50 N=57 L=5876.6717213 m f=0.25252 Hz 2 0.618 Sb Z=51 N=17 L=0.0000000 m f=272208777180.94565 Hz 2 0.618 Sb Z=51 N=18 L=0.0000000 m f=136104388590.47282 Hz 2 0.618 Sb Z=51 N=19 L=0.0000000 m f=68052194295.23641 Hz 2 0.618 Sb Z=51 N=20 L=0.0000000 m f=34026097147.61821 Hz 2 0.618 Sb Z=51 N=21 L=0.0000001 m f=17013048573.80910 Hz 2 0.618 Sb Z=51 N=22 L=0.0000002 m f=8506524286.90455 Hz 2 0.618 Sb Z=51 N=23 L=0.0000003 m f=4253262143.45228 Hz 2 0.618 Sb Z=51 N=24 L=0.0000007 m f=2126631071.72614 Hz 2 0.618 Sb Z=51 N=25 L=0.0000014 m f=1063315535.86307 Hz 2 0.618 Sb Z=51 N=26 L=0.0000028 m f=531657767.93154 Hz 2 0.618 Sb Z=51 N=27 L=0.0000056 m f=265828883.96577 Hz 2 0.618 Sb Z=51 N=28 L=0.0000112 m f=132914441.98288 Hz 2 0.618 Sb Z=51 N=29 L=0.0000223 m f=66457220.99144 Hz 2 0.618 Sb Z=51 N=30 L=0.0000447 m f=33228610.49572 Hz 2 0.618 Sb Z=51 N=31 L=0.0000893 m f=16614305.24786 Hz 2 0.618 Sb Z=51 N=32 L=0.0001786 m f=8307152.62393 Hz 2 0.618 Sb Z=51 N=33 L=0.0003573 m f=4153576.31197 Hz 2 0.618 Sb Z=51 N=34 L=0.0007146 m f=2076788.15598 Hz 2 0.618 Sb Z=51 N=35 L=0.0014291 m f=1038394.07799 Hz 2 0.618 Sb Z=51 N=36 L=0.0028583 m f=519197.03900 Hz 2 0.618 Sb Z=51 N=37 L=0.0057165 m f=259598.51950 Hz 2 0.618 Sb Z=51 N=38 L=0.0114330 m f=129799.25975 Hz 2 0.618 Sb Z=51 N=39 L=0.0228661 m f=64899.62987 Hz 2 0.618 Sb Z=51 N=40 L=0.0457322 m f=32449.81494 Hz 2 0.618 Sb Z=51 N=41 L=0.0914643 m f=16224.90747 Hz 2 0.618 Sb Z=51 N=42 L=0.1829286 m f=8112.45373 Hz 2 0.618 Sb Z=51 N=43 L=0.3658572 m f=4056.22687 Hz 2 0.618 Sb Z=51 N=44 L=0.7317145 m f=2028.11343 Hz 2 0.618 Sb Z=51 N=45 L=1.4634290 m f=1014.05672 Hz 2 0.618 Sb Z=51 N=46 L=2.9268580 m f=507.02836 Hz 2 0.618 Sb Z=51 N=47 L=5.8537160 m f=253.51418 Hz 2 0.618 Sb Z=51 N=48 L=11.7074319 m f=126.75709 Hz 2 0.618 Sb Z=51 N=49 L=23.4148639 m f=63.37854 Hz 2 0.618 Sb Z=51 N=50 L=46.8297278 m f=31.68927 Hz 2 0.618 Sb Z=51 N=51 L=93.6594556 m f=15.84464 Hz 2 0.618 Sb Z=51 N=52 L=187.3189111 m f=7.92232 Hz 2 0.618 Sb Z=51 N=53 L=374.6378222 m f=3.96116 Hz 2 0.618 Sb Z=51 N=54 L=749.2756445 m f=1.98058 Hz 2 0.618 Sb Z=51 N=55 L=1498.5512889 m f=0.99029 Hz 2 0.618 Sb Z=51 N=56 L=2997.1025779 m f=0.49514 Hz 2 0.618 Sb Z=51 N=57 L=5994.2051558 m f=0.24757 Hz 2 0.618 Te Z=52 N=17 L=0.0000000 m f=266973993004.38901 Hz 2 0.618 Te Z=52 N=18 L=0.0000000 m f=133486996502.19450 Hz 2 0.618 Te Z=52 N=19 L=0.0000000 m f=66743498251.09725 Hz 2 0.618 Te Z=52 N=20 L=0.0000000 m f=33371749125.54863 Hz 2 0.618 Te Z=52 N=21 L=0.0000001 m f=16685874562.77431 Hz 2 0.618 Te Z=52 N=22 L=0.0000002 m f=8342937281.38716 Hz 2 0.618 Te Z=52 N=23 L=0.0000004 m f=4171468640.69358 Hz 2 0.618 Te Z=52 N=24 L=0.0000007 m f=2085734320.34679 Hz 2 0.618 Te Z=52 N=25 L=0.0000014 m f=1042867160.17339 Hz 2 0.618 Te Z=52 N=26 L=0.0000028 m f=521433580.08670 Hz 2 0.618 Te Z=52 N=27 L=0.0000057 m f=260716790.04335 Hz 2 0.618 Te Z=52 N=28 L=0.0000114 m f=130358395.02167 Hz 2 0.618 Te Z=52 N=29 L=0.0000228 m f=65179197.51084 Hz 2 0.618 Te Z=52 N=30 L=0.0000455 m f=32589598.75542 Hz 2 0.618 Te Z=52 N=31 L=0.0000911 m f=16294799.37771 Hz 2 0.618 Te Z=52 N=32 L=0.0001821 m f=8147399.68885 Hz 2 0.618 Te Z=52 N=33 L=0.0003643 m f=4073699.84443 Hz 2 0.618 Te Z=52 N=34 L=0.0007286 m f=2036849.92221 Hz 2 0.618 Te Z=52 N=35 L=0.0014572 m f=1018424.96111 Hz 2 0.618 Te Z=52 N=36 L=0.0029143 m f=509212.48055 Hz 2 0.618 Te Z=52 N=37 L=0.0058286 m f=254606.24028 Hz 2 0.618 Te Z=52 N=38 L=0.0116572 m f=127303.12014 Hz 2 0.618 Te Z=52 N=39 L=0.0233144 m f=63651.56007 Hz 2 0.618 Te Z=52 N=40 L=0.0466289 m f=31825.78003 Hz 2 0.618 Te Z=52 N=41 L=0.0932577 m f=15912.89002 Hz 2 0.618 Te Z=52 N=42 L=0.1865155 m f=7956.44501 Hz 2 0.618 Te Z=52 N=43 L=0.3730309 m f=3978.22250 Hz 2 0.618 Te Z=52 N=44 L=0.7460618 m f=1989.11125 Hz 2 0.618 Te Z=52 N=45 L=1.4921237 m f=994.55563 Hz 2 0.618 Te Z=52 N=46 L=2.9842474 m f=497.27781 Hz 2 0.618 Te Z=52 N=47 L=5.9684947 m f=248.63891 Hz 2 0.618 Te Z=52 N=48 L=11.9369894 m f=124.31945 Hz 2 0.618 Te Z=52 N=49 L=23.8739789 m f=62.15973 Hz 2 0.618 Te Z=52 N=50 L=47.7479577 m f=31.07986 Hz 2 0.618 Te Z=52 N=51 L=95.4959155 m f=15.53993 Hz 2 0.618 Te Z=52 N=52 L=190.9918309 m f=7.76997 Hz 2 0.618 Te Z=52 N=53 L=381.9836619 m f=3.88498 Hz 2 0.618 Te Z=52 N=54 L=763.9673238 m f=1.94249 Hz 2 0.618 Te Z=52 N=55 L=1527.9346475 m f=0.97125 Hz 2 0.618 Te Z=52 N=56 L=3055.8692951 m f=0.48562 Hz 2 0.618 Te Z=52 N=57 L=6111.7385902 m f=0.24281 Hz 2 0.618 J Z=53 N=17 L=0.0000000 m f=261936747853.36282 Hz 2 0.618 J Z=53 N=18 L=0.0000000 m f=130968373926.68141 Hz 2 0.618 J Z=53 N=19 L=0.0000000 m f=65484186963.34071 Hz 2 0.618 J Z=53 N=20 L=0.0000000 m f=32742093481.67035 Hz 2 0.618 J Z=53 N=21 L=0.0000001 m f=16371046740.83518 Hz 2 0.618 J Z=53 N=22 L=0.0000002 m f=8185523370.41759 Hz 2 0.618 J Z=53 N=23 L=0.0000004 m f=4092761685.20879 Hz 2 0.618 J Z=53 N=24 L=0.0000007 m f=2046380842.60440 Hz 2 0.618 J Z=53 N=25 L=0.0000015 m f=1023190421.30220 Hz 2 0.618 J Z=53 N=26 L=0.0000029 m f=511595210.65110 Hz 2 0.618 J Z=53 N=27 L=0.0000058 m f=255797605.32555 Hz 2 0.618 J Z=53 N=28 L=0.0000116 m f=127898802.66278 Hz 2 0.618 J Z=53 N=29 L=0.0000232 m f=63949401.33139 Hz 2 0.618 J Z=53 N=30 L=0.0000464 m f=31974700.66569 Hz 2 0.618 J Z=53 N=31 L=0.0000928 m f=15987350.33285 Hz 2 0.618 J Z=53 N=32 L=0.0001856 m f=7993675.16642 Hz 2 0.618 J Z=53 N=33 L=0.0003713 m f=3996837.58321 Hz 2 0.618 J Z=53 N=34 L=0.0007426 m f=1998418.79161 Hz 2 0.618 J Z=53 N=35 L=0.0014852 m f=999209.39580 Hz 2 0.618 J Z=53 N=36 L=0.0029703 m f=499604.69790 Hz 2 0.618 J Z=53 N=37 L=0.0059407 m f=249802.34895 Hz 2 0.618 J Z=53 N=38 L=0.0118814 m f=124901.17448 Hz 2 0.618 J Z=53 N=39 L=0.0237628 m f=62450.58724 Hz 2 0.618 J Z=53 N=40 L=0.0475256 m f=31225.29362 Hz 2 0.618 J Z=53 N=41 L=0.0950511 m f=15612.64681 Hz 2 0.618 J Z=53 N=42 L=0.1901023 m f=7806.32340 Hz 2 0.618 J Z=53 N=43 L=0.3802046 m f=3903.16170 Hz 2 0.618 J Z=53 N=44 L=0.7604092 m f=1951.58085 Hz 2 0.618 J Z=53 N=45 L=1.5208184 m f=975.79043 Hz 2 0.618 J Z=53 N=46 L=3.0416367 m f=487.89521 Hz 2 0.618 J Z=53 N=47 L=6.0832735 m f=243.94761 Hz 2 0.618 J Z=53 N=48 L=12.1665469 m f=121.97380 Hz 2 0.618 J Z=53 N=49 L=24.3330938 m f=60.98690 Hz 2 0.618 J Z=53 N=50 L=48.6661877 m f=30.49345 Hz 2 0.618 J Z=53 N=51 L=97.3323754 m f=15.24673 Hz 2 0.618 J Z=53 N=52 L=194.6647508 m f=7.62336 Hz 2 0.618 J Z=53 N=53 L=389.3295015 m f=3.81168 Hz 2 0.618 J Z=53 N=54 L=778.6590031 m f=1.90584 Hz 2 0.618 J Z=53 N=55 L=1557.3180062 m f=0.95292 Hz 2 0.618 J Z=53 N=56 L=3114.6360123 m f=0.47646 Hz 2 0.618 J Z=53 N=57 L=6229.2720246 m f=0.23823 Hz 2 0.618 Xe Z=54 N=17 L=0.0000000 m f=257086067337.55978 Hz 2 0.618 Xe Z=54 N=18 L=0.0000000 m f=128543033668.77989 Hz 2 0.618 Xe Z=54 N=19 L=0.0000000 m f=64271516834.38995 Hz 2 0.618 Xe Z=54 N=20 L=0.0000000 m f=32135758417.19497 Hz 2 0.618 Xe Z=54 N=21 L=0.0000001 m f=16067879208.59749 Hz 2 0.618 Xe Z=54 N=22 L=0.0000002 m f=8033939604.29874 Hz 2 0.618 Xe Z=54 N=23 L=0.0000004 m f=4016969802.14937 Hz 2 0.618 Xe Z=54 N=24 L=0.0000007 m f=2008484901.07469 Hz 2 0.618 Xe Z=54 N=25 L=0.0000015 m f=1004242450.53734 Hz 2 0.618 Xe Z=54 N=26 L=0.0000030 m f=502121225.26867 Hz 2 0.618 Xe Z=54 N=27 L=0.0000059 m f=251060612.63434 Hz 2 0.618 Xe Z=54 N=28 L=0.0000118 m f=125530306.31717 Hz 2 0.618 Xe Z=54 N=29 L=0.0000236 m f=62765153.15858 Hz 2 0.618 Xe Z=54 N=30 L=0.0000473 m f=31382576.57929 Hz 2 0.618 Xe Z=54 N=31 L=0.0000946 m f=15691288.28965 Hz 2 0.618 Xe Z=54 N=32 L=0.0001891 m f=7845644.14482 Hz 2 0.618 Xe Z=54 N=33 L=0.0003783 m f=3922822.07241 Hz 2 0.618 Xe Z=54 N=34 L=0.0007566 m f=1961411.03621 Hz 2 0.618 Xe Z=54 N=35 L=0.0015132 m f=980705.51810 Hz 2 0.618 Xe Z=54 N=36 L=0.0030264 m f=490352.75905 Hz 2 0.618 Xe Z=54 N=37 L=0.0060528 m f=245176.37953 Hz 2 0.618 Xe Z=54 N=38 L=0.0121056 m f=122588.18976 Hz 2 0.618 Xe Z=54 N=39 L=0.0242111 m f=61294.09488 Hz 2 0.618 Xe Z=54 N=40 L=0.0484223 m f=30647.04744 Hz 2 0.618 Xe Z=54 N=41 L=0.0968446 m f=15323.52372 Hz 2 0.618 Xe Z=54 N=42 L=0.1936891 m f=7661.76186 Hz 2 0.618 Xe Z=54 N=43 L=0.3873783 m f=3830.88093 Hz 2 0.618 Xe Z=54 N=44 L=0.7747565 m f=1915.44047 Hz 2 0.618 Xe Z=54 N=45 L=1.5495131 m f=957.72023 Hz 2 0.618 Xe Z=54 N=46 L=3.0990261 m f=478.86012 Hz 2 0.618 Xe Z=54 N=47 L=6.1980522 m f=239.43006 Hz 2 0.618 Xe Z=54 N=48 L=12.3961044 m f=119.71503 Hz 2 0.618 Xe Z=54 N=49 L=24.7922088 m f=59.85751 Hz 2 0.618 Xe Z=54 N=50 L=49.5844176 m f=29.92876 Hz 2 0.618 Xe Z=54 N=51 L=99.1688353 m f=14.96438 Hz 2 0.618 Xe Z=54 N=52 L=198.3376706 m f=7.48219 Hz 2 0.618 Xe Z=54 N=53 L=396.6753412 m f=3.74109 Hz 2 0.618 Xe Z=54 N=54 L=793.3506824 m f=1.87055 Hz 2 0.618 Xe Z=54 N=55 L=1586.7013648 m f=0.93527 Hz 2 0.618 Xe Z=54 N=56 L=3173.4027295 m f=0.46764 Hz 2 0.618 Xe Z=54 N=57 L=6346.8054590 m f=0.23382 Hz 2 0.618 Cs Z=55 N=17 L=0.0000000 m f=252411775204.14960 Hz 2 0.618 Cs Z=55 N=18 L=0.0000000 m f=126205887602.07480 Hz 2 0.618 Cs Z=55 N=19 L=0.0000000 m f=63102943801.03740 Hz 2 0.618 Cs Z=55 N=20 L=0.0000000 m f=31551471900.51870 Hz 2 0.618 Cs Z=55 N=21 L=0.0000001 m f=15775735950.25935 Hz 2 0.618 Cs Z=55 N=22 L=0.0000002 m f=7887867975.12968 Hz 2 0.618 Cs Z=55 N=23 L=0.0000004 m f=3943933987.56484 Hz 2 0.618 Cs Z=55 N=24 L=0.0000008 m f=1971966993.78242 Hz 2 0.618 Cs Z=55 N=25 L=0.0000015 m f=985983496.89121 Hz 2 0.618 Cs Z=55 N=26 L=0.0000030 m f=492991748.44561 Hz 2 0.618 Cs Z=55 N=27 L=0.0000060 m f=246495874.22280 Hz 2 0.618 Cs Z=55 N=28 L=0.0000120 m f=123247937.11140 Hz 2 0.618 Cs Z=55 N=29 L=0.0000241 m f=61623968.55570 Hz 2 0.618 Cs Z=55 N=30 L=0.0000482 m f=30811984.27785 Hz 2 0.618 Cs Z=55 N=31 L=0.0000963 m f=15405992.13893 Hz 2 0.618 Cs Z=55 N=32 L=0.0001927 m f=7702996.06946 Hz 2 0.618 Cs Z=55 N=33 L=0.0003853 m f=3851498.03473 Hz 2 0.618 Cs Z=55 N=34 L=0.0007706 m f=1925749.01737 Hz 2 0.618 Cs Z=55 N=35 L=0.0015412 m f=962874.50868 Hz 2 0.618 Cs Z=55 N=36 L=0.0030824 m f=481437.25434 Hz 2 0.618 Cs Z=55 N=37 L=0.0061649 m f=240718.62717 Hz 2 0.618 Cs Z=55 N=38 L=0.0123297 m f=120359.31359 Hz 2 0.618 Cs Z=55 N=39 L=0.0246595 m f=60179.65679 Hz 2 0.618 Cs Z=55 N=40 L=0.0493190 m f=30089.82840 Hz 2 0.618 Cs Z=55 N=41 L=0.0986380 m f=15044.91420 Hz 2 0.618 Cs Z=55 N=42 L=0.1972760 m f=7522.45710 Hz 2 0.618 Cs Z=55 N=43 L=0.3945519 m f=3761.22855 Hz 2 0.618 Cs Z=55 N=44 L=0.7891039 m f=1880.61427 Hz 2 0.618 Cs Z=55 N=45 L=1.5782077 m f=940.30714 Hz 2 0.618 Cs Z=55 N=46 L=3.1564155 m f=470.15357 Hz 2 0.618 Cs Z=55 N=47 L=6.3128310 m f=235.07678 Hz 2 0.618 Cs Z=55 N=48 L=12.6256619 m f=117.53839 Hz 2 0.618 Cs Z=55 N=49 L=25.2513238 m f=58.76920 Hz 2 0.618 Cs Z=55 N=50 L=50.5026476 m f=29.38460 Hz 2 0.618 Cs Z=55 N=51 L=101.0052952 m f=14.69230 Hz 2 0.618 Cs Z=55 N=52 L=202.0105904 m f=7.34615 Hz 2 0.618 Cs Z=55 N=53 L=404.0211808 m f=3.67307 Hz 2 0.618 Cs Z=55 N=54 L=808.0423617 m f=1.83654 Hz 2 0.618 Cs Z=55 N=55 L=1616.0847234 m f=0.91827 Hz 2 0.618 Cs Z=55 N=56 L=3232.1694467 m f=0.45913 Hz 2 0.618 Cs Z=55 N=57 L=6464.3388935 m f=0.22957 Hz 2 0.618 Ba Z=56 N=17 L=0.0000000 m f=247904422075.50409 Hz 2 0.618 Ba Z=56 N=18 L=0.0000000 m f=123952211037.75204 Hz 2 0.618 Ba Z=56 N=19 L=0.0000000 m f=61976105518.87602 Hz 2 0.618 Ba Z=56 N=20 L=0.0000000 m f=30988052759.43801 Hz 2 0.618 Ba Z=56 N=21 L=0.0000001 m f=15494026379.71901 Hz 2 0.618 Ba Z=56 N=22 L=0.0000002 m f=7747013189.85950 Hz 2 0.618 Ba Z=56 N=23 L=0.0000004 m f=3873506594.92975 Hz 2 0.618 Ba Z=56 N=24 L=0.0000008 m f=1936753297.46488 Hz 2 0.618 Ba Z=56 N=25 L=0.0000015 m f=968376648.73244 Hz 2 0.618 Ba Z=56 N=26 L=0.0000031 m f=484188324.36622 Hz 2 0.618 Ba Z=56 N=27 L=0.0000061 m f=242094162.18311 Hz 2 0.618 Ba Z=56 N=28 L=0.0000123 m f=121047081.09156 Hz 2 0.618 Ba Z=56 N=29 L=0.0000245 m f=60523540.54578 Hz 2 0.618 Ba Z=56 N=30 L=0.0000490 m f=30261770.27289 Hz 2 0.618 Ba Z=56 N=31 L=0.0000981 m f=15130885.13644 Hz 2 0.618 Ba Z=56 N=32 L=0.0001962 m f=7565442.56822 Hz 2 0.618 Ba Z=56 N=33 L=0.0003923 m f=3782721.28411 Hz 2 0.618 Ba Z=56 N=34 L=0.0007846 m f=1891360.64206 Hz 2 0.618 Ba Z=56 N=35 L=0.0015692 m f=945680.32103 Hz 2 0.618 Ba Z=56 N=36 L=0.0031385 m f=472840.16051 Hz 2 0.618 Ba Z=56 N=37 L=0.0062770 m f=236420.08026 Hz 2 0.618 Ba Z=56 N=38 L=0.0125539 m f=118210.04013 Hz 2 0.618 Ba Z=56 N=39 L=0.0251079 m f=59105.02006 Hz 2 0.618 Ba Z=56 N=40 L=0.0502157 m f=29552.51003 Hz 2 0.618 Ba Z=56 N=41 L=0.1004314 m f=14776.25502 Hz 2 0.618 Ba Z=56 N=42 L=0.2008628 m f=7388.12751 Hz 2 0.618 Ba Z=56 N=43 L=0.4017256 m f=3694.06375 Hz 2 0.618 Ba Z=56 N=44 L=0.8034512 m f=1847.03188 Hz 2 0.618 Ba Z=56 N=45 L=1.6069024 m f=923.51594 Hz 2 0.618 Ba Z=56 N=46 L=3.2138048 m f=461.75797 Hz 2 0.618 Ba Z=56 N=47 L=6.4276097 m f=230.87898 Hz 2 0.618 Ba Z=56 N=48 L=12.8552194 m f=115.43949 Hz 2 0.618 Ba Z=56 N=49 L=25.7104388 m f=57.71975 Hz 2 0.618 Ba Z=56 N=50 L=51.4208776 m f=28.85987 Hz 2 0.618 Ba Z=56 N=51 L=102.8417551 m f=14.42994 Hz 2 0.618 Ba Z=56 N=52 L=205.6835102 m f=7.21497 Hz 2 0.618 Ba Z=56 N=53 L=411.3670205 m f=3.60748 Hz 2 0.618 Ba Z=56 N=54 L=822.7340410 m f=1.80374 Hz 2 0.618 Ba Z=56 N=55 L=1645.4680820 m f=0.90187 Hz 2 0.618 Ba Z=56 N=56 L=3290.9361639 m f=0.45094 Hz 2 0.618 Ba Z=56 N=57 L=6581.8723279 m f=0.22547 Hz 2 0.618 La Z=57 N=17 L=0.0000000 m f=243555221688.21457 Hz 2 0.618 La Z=57 N=18 L=0.0000000 m f=121777610844.10728 Hz 2 0.618 La Z=57 N=19 L=0.0000000 m f=60888805422.05364 Hz 2 0.618 La Z=57 N=20 L=0.0000000 m f=30444402711.02682 Hz 2 0.618 La Z=57 N=21 L=0.0000001 m f=15222201355.51341 Hz 2 0.618 La Z=57 N=22 L=0.0000002 m f=7611100677.75671 Hz 2 0.618 La Z=57 N=23 L=0.0000004 m f=3805550338.87835 Hz 2 0.618 La Z=57 N=24 L=0.0000008 m f=1902775169.43918 Hz 2 0.618 La Z=57 N=25 L=0.0000016 m f=951387584.71959 Hz 2 0.618 La Z=57 N=26 L=0.0000031 m f=475693792.35979 Hz 2 0.618 La Z=57 N=27 L=0.0000062 m f=237846896.17990 Hz 2 0.618 La Z=57 N=28 L=0.0000125 m f=118923448.08995 Hz 2 0.618 La Z=57 N=29 L=0.0000250 m f=59461724.04497 Hz 2 0.618 La Z=57 N=30 L=0.0000499 m f=29730862.02249 Hz 2 0.618 La Z=57 N=31 L=0.0000998 m f=14865431.01124 Hz 2 0.618 La Z=57 N=32 L=0.0001997 m f=7432715.50562 Hz 2 0.618 La Z=57 N=33 L=0.0003993 m f=3716357.75281 Hz 2 0.618 La Z=57 N=34 L=0.0007986 m f=1858178.87641 Hz 2 0.618 La Z=57 N=35 L=0.0015973 m f=929089.43820 Hz 2 0.618 La Z=57 N=36 L=0.0031945 m f=464544.71910 Hz 2 0.618 La Z=57 N=37 L=0.0063891 m f=232272.35955 Hz 2 0.618 La Z=57 N=38 L=0.0127781 m f=116136.17978 Hz 2 0.618 La Z=57 N=39 L=0.0255562 m f=58068.08989 Hz 2 0.618 La Z=57 N=40 L=0.0511124 m f=29034.04494 Hz 2 0.618 La Z=57 N=41 L=0.1022248 m f=14517.02247 Hz 2 0.618 La Z=57 N=42 L=0.2044496 m f=7258.51124 Hz 2 0.618 La Z=57 N=43 L=0.4088993 m f=3629.25562 Hz 2 0.618 La Z=57 N=44 L=0.8177986 m f=1814.62781 Hz 2 0.618 La Z=57 N=45 L=1.6355971 m f=907.31390 Hz 2 0.618 La Z=57 N=46 L=3.2711942 m f=453.65695 Hz 2 0.618 La Z=57 N=47 L=6.5423884 m f=226.82848 Hz 2 0.618 La Z=57 N=48 L=13.0847769 m f=113.41424 Hz 2 0.618 La Z=57 N=49 L=26.1695538 m f=56.70712 Hz 2 0.618 La Z=57 N=50 L=52.3391075 m f=28.35356 Hz 2 0.618 La Z=57 N=51 L=104.6782150 m f=14.17678 Hz 2 0.618 La Z=57 N=52 L=209.3564301 m f=7.08839 Hz 2 0.618 La Z=57 N=53 L=418.7128601 m f=3.54419 Hz 2 0.618 La Z=57 N=54 L=837.4257203 m f=1.77210 Hz 2 0.618 La Z=57 N=55 L=1674.8514406 m f=0.88605 Hz 2 0.618 La Z=57 N=56 L=3349.7028812 m f=0.44302 Hz 2 0.618 La Z=57 N=57 L=6699.4057623 m f=0.22151 Hz 2 0.618 Ce Z=58 N=17 L=0.0000000 m f=239355993728.07294 Hz 2 0.618 Ce Z=58 N=18 L=0.0000000 m f=119677996864.03647 Hz 2 0.618 Ce Z=58 N=19 L=0.0000000 m f=59838998432.01823 Hz 2 0.618 Ce Z=58 N=20 L=0.0000000 m f=29919499216.00912 Hz 2 0.618 Ce Z=58 N=21 L=0.0000001 m f=14959749608.00456 Hz 2 0.618 Ce Z=58 N=22 L=0.0000002 m f=7479874804.00228 Hz 2 0.618 Ce Z=58 N=23 L=0.0000004 m f=3739937402.00114 Hz 2 0.618 Ce Z=58 N=24 L=0.0000008 m f=1869968701.00057 Hz 2 0.618 Ce Z=58 N=25 L=0.0000016 m f=934984350.50029 Hz 2 0.618 Ce Z=58 N=26 L=0.0000032 m f=467492175.25014 Hz 2 0.618 Ce Z=58 N=27 L=0.0000063 m f=233746087.62507 Hz 2 0.618 Ce Z=58 N=28 L=0.0000127 m f=116873043.81254 Hz 2 0.618 Ce Z=58 N=29 L=0.0000254 m f=58436521.90627 Hz 2 0.618 Ce Z=58 N=30 L=0.0000508 m f=29218260.95313 Hz 2 0.618 Ce Z=58 N=31 L=0.0001016 m f=14609130.47657 Hz 2 0.618 Ce Z=58 N=32 L=0.0002032 m f=7304565.23828 Hz 2 0.618 Ce Z=58 N=33 L=0.0004063 m f=3652282.61914 Hz 2 0.618 Ce Z=58 N=34 L=0.0008126 m f=1826141.30957 Hz 2 0.618 Ce Z=58 N=35 L=0.0016253 m f=913070.65479 Hz 2 0.618 Ce Z=58 N=36 L=0.0032506 m f=456535.32739 Hz 2 0.618 Ce Z=58 N=37 L=0.0065011 m f=228267.66370 Hz 2 0.618 Ce Z=58 N=38 L=0.0130023 m f=114133.83185 Hz 2 0.618 Ce Z=58 N=39 L=0.0260046 m f=57066.91592 Hz 2 0.618 Ce Z=58 N=40 L=0.0520091 m f=28533.45796 Hz 2 0.618 Ce Z=58 N=41 L=0.1040182 m f=14266.72898 Hz 2 0.618 Ce Z=58 N=42 L=0.2080365 m f=7133.36449 Hz 2 0.618 Ce Z=58 N=43 L=0.4160729 m f=3566.68225 Hz 2 0.618 Ce Z=58 N=44 L=0.8321459 m f=1783.34112 Hz 2 0.618 Ce Z=58 N=45 L=1.6642918 m f=891.67056 Hz 2 0.618 Ce Z=58 N=46 L=3.3285836 m f=445.83528 Hz 2 0.618 Ce Z=58 N=47 L=6.6571672 m f=222.91764 Hz 2 0.618 Ce Z=58 N=48 L=13.3143344 m f=111.45882 Hz 2 0.618 Ce Z=58 N=49 L=26.6286687 m f=55.72941 Hz 2 0.618 Ce Z=58 N=50 L=53.2573375 m f=27.86471 Hz 2 0.618 Ce Z=58 N=51 L=106.5146749 m f=13.93235 Hz 2 0.618 Ce Z=58 N=52 L=213.0293499 m f=6.96618 Hz 2 0.618 Ce Z=58 N=53 L=426.0586998 m f=3.48309 Hz 2 0.618 Ce Z=58 N=54 L=852.1173996 m f=1.74154 Hz 2 0.618 Ce Z=58 N=55 L=1704.2347992 m f=0.87077 Hz 2 0.618 Ce Z=58 N=56 L=3408.4695984 m f=0.43539 Hz 2 0.618 Ce Z=58 N=57 L=6816.9391967 m f=0.21769 Hz 2 0.618 Pr Z=59 N=17 L=0.0000000 m f=235299112478.44455 Hz 2 0.618 Pr Z=59 N=18 L=0.0000000 m f=117649556239.22227 Hz 2 0.618 Pr Z=59 N=19 L=0.0000000 m f=58824778119.61114 Hz 2 0.618 Pr Z=59 N=20 L=0.0000001 m f=29412389059.80557 Hz 2 0.618 Pr Z=59 N=21 L=0.0000001 m f=14706194529.90278 Hz 2 0.618 Pr Z=59 N=22 L=0.0000002 m f=7353097264.95139 Hz 2 0.618 Pr Z=59 N=23 L=0.0000004 m f=3676548632.47570 Hz 2 0.618 Pr Z=59 N=24 L=0.0000008 m f=1838274316.23785 Hz 2 0.618 Pr Z=59 N=25 L=0.0000016 m f=919137158.11892 Hz 2 0.618 Pr Z=59 N=26 L=0.0000032 m f=459568579.05946 Hz 2 0.618 Pr Z=59 N=27 L=0.0000065 m f=229784289.52973 Hz 2 0.618 Pr Z=59 N=28 L=0.0000129 m f=114892144.76487 Hz 2 0.618 Pr Z=59 N=29 L=0.0000258 m f=57446072.38243 Hz 2 0.618 Pr Z=59 N=30 L=0.0000517 m f=28723036.19122 Hz 2 0.618 Pr Z=59 N=31 L=0.0001033 m f=14361518.09561 Hz 2 0.618 Pr Z=59 N=32 L=0.0002067 m f=7180759.04780 Hz 2 0.618 Pr Z=59 N=33 L=0.0004133 m f=3590379.52390 Hz 2 0.618 Pr Z=59 N=34 L=0.0008267 m f=1795189.76195 Hz 2 0.618 Pr Z=59 N=35 L=0.0016533 m f=897594.88098 Hz 2 0.618 Pr Z=59 N=36 L=0.0033066 m f=448797.44049 Hz 2 0.618 Pr Z=59 N=37 L=0.0066132 m f=224398.72024 Hz 2 0.618 Pr Z=59 N=38 L=0.0132265 m f=112199.36012 Hz 2 0.618 Pr Z=59 N=39 L=0.0264529 m f=56099.68006 Hz 2 0.618 Pr Z=59 N=40 L=0.0529058 m f=28049.84003 Hz 2 0.618 Pr Z=59 N=41 L=0.1058117 m f=14024.92002 Hz 2 0.618 Pr Z=59 N=42 L=0.2116233 m f=7012.46001 Hz 2 0.618 Pr Z=59 N=43 L=0.4232466 m f=3506.23000 Hz 2 0.618 Pr Z=59 N=44 L=0.8464932 m f=1753.11500 Hz 2 0.618 Pr Z=59 N=45 L=1.6929865 m f=876.55750 Hz 2 0.618 Pr Z=59 N=46 L=3.3859730 m f=438.27875 Hz 2 0.618 Pr Z=59 N=47 L=6.7719459 m f=219.13938 Hz 2 0.618 Pr Z=59 N=48 L=13.5438919 m f=109.56969 Hz 2 0.618 Pr Z=59 N=49 L=27.0877837 m f=54.78484 Hz 2 0.618 Pr Z=59 N=50 L=54.1755674 m f=27.39242 Hz 2 0.618 Pr Z=59 N=51 L=108.3511349 m f=13.69621 Hz 2 0.618 Pr Z=59 N=52 L=216.7022697 m f=6.84811 Hz 2 0.618 Pr Z=59 N=53 L=433.4045394 m f=3.42405 Hz 2 0.618 Pr Z=59 N=54 L=866.8090789 m f=1.71203 Hz 2 0.618 Pr Z=59 N=55 L=1733.6181578 m f=0.85601 Hz 2 0.618 Pr Z=59 N=56 L=3467.2363156 m f=0.42801 Hz 2 0.618 Pr Z=59 N=57 L=6934.4726312 m f=0.21400 Hz 2 0.618 Nd Z=60 N=17 L=0.0000000 m f=231377460603.80380 Hz 2 0.618 Nd Z=60 N=18 L=0.0000000 m f=115688730301.90190 Hz 2 0.618 Nd Z=60 N=19 L=0.0000000 m f=57844365150.95095 Hz 2 0.618 Nd Z=60 N=20 L=0.0000001 m f=28922182575.47548 Hz 2 0.618 Nd Z=60 N=21 L=0.0000001 m f=14461091287.73774 Hz 2 0.618 Nd Z=60 N=22 L=0.0000002 m f=7230545643.86887 Hz 2 0.618 Nd Z=60 N=23 L=0.0000004 m f=3615272821.93443 Hz 2 0.618 Nd Z=60 N=24 L=0.0000008 m f=1807636410.96722 Hz 2 0.618 Nd Z=60 N=25 L=0.0000016 m f=903818205.48361 Hz 2 0.618 Nd Z=60 N=26 L=0.0000033 m f=451909102.74180 Hz 2 0.618 Nd Z=60 N=27 L=0.0000066 m f=225954551.37090 Hz 2 0.618 Nd Z=60 N=28 L=0.0000131 m f=112977275.68545 Hz 2 0.618 Nd Z=60 N=29 L=0.0000263 m f=56488637.84273 Hz 2 0.618 Nd Z=60 N=30 L=0.0000525 m f=28244318.92136 Hz 2 0.618 Nd Z=60 N=31 L=0.0001051 m f=14122159.46068 Hz 2 0.618 Nd Z=60 N=32 L=0.0002102 m f=7061079.73034 Hz 2 0.618 Nd Z=60 N=33 L=0.0004203 m f=3530539.86517 Hz 2 0.618 Nd Z=60 N=34 L=0.0008407 m f=1765269.93259 Hz 2 0.618 Nd Z=60 N=35 L=0.0016813 m f=882634.96629 Hz 2 0.618 Nd Z=60 N=36 L=0.0033627 m f=441317.48315 Hz 2 0.618 Nd Z=60 N=37 L=0.0067253 m f=220658.74157 Hz 2 0.618 Nd Z=60 N=38 L=0.0134506 m f=110329.37079 Hz 2 0.618 Nd Z=60 N=39 L=0.0269013 m f=55164.68539 Hz 2 0.618 Nd Z=60 N=40 L=0.0538025 m f=27582.34270 Hz 2 0.618 Nd Z=60 N=41 L=0.1076051 m f=13791.17135 Hz 2 0.618 Nd Z=60 N=42 L=0.2152101 m f=6895.58567 Hz 2 0.618 Nd Z=60 N=43 L=0.4304203 m f=3447.79284 Hz 2 0.618 Nd Z=60 N=44 L=0.8608406 m f=1723.89642 Hz 2 0.618 Nd Z=60 N=45 L=1.7216812 m f=861.94821 Hz 2 0.618 Nd Z=60 N=46 L=3.4433623 m f=430.97410 Hz 2 0.618 Nd Z=60 N=47 L=6.8867247 m f=215.48705 Hz 2 0.618 Nd Z=60 N=48 L=13.7734493 m f=107.74353 Hz 2 0.618 Nd Z=60 N=49 L=27.5468987 m f=53.87176 Hz 2 0.618 Nd Z=60 N=50 L=55.0937974 m f=26.93588 Hz 2 0.618 Nd Z=60 N=51 L=110.1875948 m f=13.46794 Hz 2 0.618 Nd Z=60 N=52 L=220.3751895 m f=6.73397 Hz 2 0.618 Nd Z=60 N=53 L=440.7503791 m f=3.36699 Hz 2 0.618 Nd Z=60 N=54 L=881.5007582 m f=1.68349 Hz 2 0.618 Nd Z=60 N=55 L=1763.0015164 m f=0.84175 Hz 2 0.618 Nd Z=60 N=56 L=3526.0030328 m f=0.42087 Hz 2 0.618 Nd Z=60 N=57 L=7052.0060656 m f=0.21044 Hz 2 0.618 Pm Z=61 N=17 L=0.0000000 m f=227584387479.15131 Hz 2 0.618 Pm Z=61 N=18 L=0.0000000 m f=113792193739.57565 Hz 2 0.618 Pm Z=61 N=19 L=0.0000000 m f=56896096869.78783 Hz 2 0.618 Pm Z=61 N=20 L=0.0000001 m f=28448048434.89391 Hz 2 0.618 Pm Z=61 N=21 L=0.0000001 m f=14224024217.44696 Hz 2 0.618 Pm Z=61 N=22 L=0.0000002 m f=7112012108.72348 Hz 2 0.618 Pm Z=61 N=23 L=0.0000004 m f=3556006054.36174 Hz 2 0.618 Pm Z=61 N=24 L=0.0000008 m f=1778003027.18087 Hz 2 0.618 Pm Z=61 N=25 L=0.0000017 m f=889001513.59044 Hz 2 0.618 Pm Z=61 N=26 L=0.0000033 m f=444500756.79522 Hz 2 0.618 Pm Z=61 N=27 L=0.0000067 m f=222250378.39761 Hz 2 0.618 Pm Z=61 N=28 L=0.0000134 m f=111125189.19880 Hz 2 0.618 Pm Z=61 N=29 L=0.0000267 m f=55562594.59940 Hz 2 0.618 Pm Z=61 N=30 L=0.0000534 m f=27781297.29970 Hz 2 0.618 Pm Z=61 N=31 L=0.0001068 m f=13890648.64985 Hz 2 0.618 Pm Z=61 N=32 L=0.0002137 m f=6945324.32493 Hz 2 0.618 Pm Z=61 N=33 L=0.0004273 m f=3472662.16246 Hz 2 0.618 Pm Z=61 N=34 L=0.0008547 m f=1736331.08123 Hz 2 0.618 Pm Z=61 N=35 L=0.0017094 m f=868165.54062 Hz 2 0.618 Pm Z=61 N=36 L=0.0034187 m f=434082.77031 Hz 2 0.618 Pm Z=61 N=37 L=0.0068374 m f=217041.38515 Hz 2 0.618 Pm Z=61 N=38 L=0.0136748 m f=108520.69258 Hz 2 0.618 Pm Z=61 N=39 L=0.0273496 m f=54260.34629 Hz 2 0.618 Pm Z=61 N=40 L=0.0546992 m f=27130.17314 Hz 2 0.618 Pm Z=61 N=41 L=0.1093985 m f=13565.08657 Hz 2 0.618 Pm Z=61 N=42 L=0.2187970 m f=6782.54329 Hz 2 0.618 Pm Z=61 N=43 L=0.4375940 m f=3391.27164 Hz 2 0.618 Pm Z=61 N=44 L=0.8751879 m f=1695.63582 Hz 2 0.618 Pm Z=61 N=45 L=1.7503759 m f=847.81791 Hz 2 0.618 Pm Z=61 N=46 L=3.5007517 m f=423.90896 Hz 2 0.618 Pm Z=61 N=47 L=7.0015034 m f=211.95448 Hz 2 0.618 Pm Z=61 N=48 L=14.0030068 m f=105.97724 Hz 2 0.618 Pm Z=61 N=49 L=28.0060137 m f=52.98862 Hz 2 0.618 Pm Z=61 N=50 L=56.0120273 m f=26.49431 Hz 2 0.618 Pm Z=61 N=51 L=112.0240547 m f=13.24715 Hz 2 0.618 Pm Z=61 N=52 L=224.0481094 m f=6.62358 Hz 2 0.618 Pm Z=61 N=53 L=448.0962188 m f=3.31179 Hz 2 0.618 Pm Z=61 N=54 L=896.1924375 m f=1.65589 Hz 2 0.618 Pm Z=61 N=55 L=1792.3848750 m f=0.82795 Hz 2 0.618 Pm Z=61 N=56 L=3584.7697500 m f=0.41397 Hz 2 0.618 Pm Z=61 N=57 L=7169.5395000 m f=0.20699 Hz 2 0.618 Sm Z=62 N=17 L=0.0000000 m f=223913671552.06818 Hz 2 0.618 Sm Z=62 N=18 L=0.0000000 m f=111956835776.03409 Hz 2 0.618 Sm Z=62 N=19 L=0.0000000 m f=55978417888.01704 Hz 2 0.618 Sm Z=62 N=20 L=0.0000001 m f=27989208944.00852 Hz 2 0.618 Sm Z=62 N=21 L=0.0000001 m f=13994604472.00426 Hz 2 0.618 Sm Z=62 N=22 L=0.0000002 m f=6997302236.00213 Hz 2 0.618 Sm Z=62 N=23 L=0.0000004 m f=3498651118.00107 Hz 2 0.618 Sm Z=62 N=24 L=0.0000008 m f=1749325559.00053 Hz 2 0.618 Sm Z=62 N=25 L=0.0000017 m f=874662779.50027 Hz 2 0.618 Sm Z=62 N=26 L=0.0000034 m f=437331389.75013 Hz 2 0.618 Sm Z=62 N=27 L=0.0000068 m f=218665694.87507 Hz 2 0.618 Sm Z=62 N=28 L=0.0000136 m f=109332847.43753 Hz 2 0.618 Sm Z=62 N=29 L=0.0000271 m f=54666423.71877 Hz 2 0.618 Sm Z=62 N=30 L=0.0000543 m f=27333211.85938 Hz 2 0.618 Sm Z=62 N=31 L=0.0001086 m f=13666605.92969 Hz 2 0.618 Sm Z=62 N=32 L=0.0002172 m f=6833302.96485 Hz 2 0.618 Sm Z=62 N=33 L=0.0004343 m f=3416651.48242 Hz 2 0.618 Sm Z=62 N=34 L=0.0008687 m f=1708325.74121 Hz 2 0.618 Sm Z=62 N=35 L=0.0017374 m f=854162.87061 Hz 2 0.618 Sm Z=62 N=36 L=0.0034747 m f=427081.43530 Hz 2 0.618 Sm Z=62 N=37 L=0.0069495 m f=213540.71765 Hz 2 0.618 Sm Z=62 N=38 L=0.0138990 m f=106770.35883 Hz 2 0.618 Sm Z=62 N=39 L=0.0277980 m f=53385.17941 Hz 2 0.618 Sm Z=62 N=40 L=0.0555960 m f=26692.58971 Hz 2 0.618 Sm Z=62 N=41 L=0.1111919 m f=13346.29485 Hz 2 0.618 Sm Z=62 N=42 L=0.2223838 m f=6673.14743 Hz 2 0.618 Sm Z=62 N=43 L=0.4447676 m f=3336.57371 Hz 2 0.618 Sm Z=62 N=44 L=0.8895353 m f=1668.28686 Hz 2 0.618 Sm Z=62 N=45 L=1.7790705 m f=834.14343 Hz 2 0.618 Sm Z=62 N=46 L=3.5581411 m f=417.07171 Hz 2 0.618 Sm Z=62 N=47 L=7.1162822 m f=208.53586 Hz 2 0.618 Sm Z=62 N=48 L=14.2325643 m f=104.26793 Hz 2 0.618 Sm Z=62 N=49 L=28.4651287 m f=52.13396 Hz 2 0.618 Sm Z=62 N=50 L=56.9302573 m f=26.06698 Hz 2 0.618 Sm Z=62 N=51 L=113.8605146 m f=13.03349 Hz 2 0.618 Sm Z=62 N=52 L=227.7210292 m f=6.51675 Hz 2 0.618 Sm Z=62 N=53 L=455.4420584 m f=3.25837 Hz 2 0.618 Sm Z=62 N=54 L=910.8841168 m f=1.62919 Hz 2 0.618 Sm Z=62 N=55 L=1821.7682336 m f=0.81459 Hz 2 0.618 Sm Z=62 N=56 L=3643.5364672 m f=0.40730 Hz 2 0.618 Sm Z=62 N=57 L=7287.0729344 m f=0.20365 Hz 2 0.618 Eu Z=63 N=17 L=0.0000000 m f=220359486289.33698 Hz 2 0.618 Eu Z=63 N=18 L=0.0000000 m f=110179743144.66849 Hz 2 0.618 Eu Z=63 N=19 L=0.0000000 m f=55089871572.33424 Hz 2 0.618 Eu Z=63 N=20 L=0.0000001 m f=27544935786.16712 Hz 2 0.618 Eu Z=63 N=21 L=0.0000001 m f=13772467893.08356 Hz 2 0.618 Eu Z=63 N=22 L=0.0000002 m f=6886233946.54178 Hz 2 0.618 Eu Z=63 N=23 L=0.0000004 m f=3443116973.27089 Hz 2 0.618 Eu Z=63 N=24 L=0.0000009 m f=1721558486.63545 Hz 2 0.618 Eu Z=63 N=25 L=0.0000017 m f=860779243.31772 Hz 2 0.618 Eu Z=63 N=26 L=0.0000034 m f=430389621.65886 Hz 2 0.618 Eu Z=63 N=27 L=0.0000069 m f=215194810.82943 Hz 2 0.618 Eu Z=63 N=28 L=0.0000138 m f=107597405.41472 Hz 2 0.618 Eu Z=63 N=29 L=0.0000276 m f=53798702.70736 Hz 2 0.618 Eu Z=63 N=30 L=0.0000552 m f=26899351.35368 Hz 2 0.618 Eu Z=63 N=31 L=0.0001103 m f=13449675.67684 Hz 2 0.618 Eu Z=63 N=32 L=0.0002207 m f=6724837.83842 Hz 2 0.618 Eu Z=63 N=33 L=0.0004413 m f=3362418.91921 Hz 2 0.618 Eu Z=63 N=34 L=0.0008827 m f=1681209.45960 Hz 2 0.618 Eu Z=63 N=35 L=0.0017654 m f=840604.72980 Hz 2 0.618 Eu Z=63 N=36 L=0.0035308 m f=420302.36490 Hz 2 0.618 Eu Z=63 N=37 L=0.0070616 m f=210151.18245 Hz 2 0.618 Eu Z=63 N=38 L=0.0141232 m f=105075.59123 Hz 2 0.618 Eu Z=63 N=39 L=0.0282463 m f=52537.79561 Hz 2 0.618 Eu Z=63 N=40 L=0.0564927 m f=26268.89781 Hz 2 0.618 Eu Z=63 N=41 L=0.1129853 m f=13134.44890 Hz 2 0.618 Eu Z=63 N=42 L=0.2259707 m f=6567.22445 Hz 2 0.618 Eu Z=63 N=43 L=0.4519413 m f=3283.61223 Hz 2 0.618 Eu Z=63 N=44 L=0.9038826 m f=1641.80611 Hz 2 0.618 Eu Z=63 N=45 L=1.8077652 m f=820.90306 Hz 2 0.618 Eu Z=63 N=46 L=3.6155305 m f=410.45153 Hz 2 0.618 Eu Z=63 N=47 L=7.2310609 m f=205.22576 Hz 2 0.618 Eu Z=63 N=48 L=14.4621218 m f=102.61288 Hz 2 0.618 Eu Z=63 N=49 L=28.9242436 m f=51.30644 Hz 2 0.618 Eu Z=63 N=50 L=57.8484873 m f=25.65322 Hz 2 0.618 Eu Z=63 N=51 L=115.6969745 m f=12.82661 Hz 2 0.618 Eu Z=63 N=52 L=231.3939490 m f=6.41331 Hz 2 0.618 Eu Z=63 N=53 L=462.7878981 m f=3.20665 Hz 2 0.618 Eu Z=63 N=54 L=925.5757961 m f=1.60333 Hz 2 0.618 Eu Z=63 N=55 L=1851.1515922 m f=0.80166 Hz 2 0.618 Eu Z=63 N=56 L=3702.3031844 m f=0.40083 Hz 2 0.618 Eu Z=63 N=57 L=7404.6063689 m f=0.20042 Hz 2 0.618 Gd Z=64 N=17 L=0.0000000 m f=216916369316.06607 Hz 2 0.618 Gd Z=64 N=18 L=0.0000000 m f=108458184658.03304 Hz 2 0.618 Gd Z=64 N=19 L=0.0000000 m f=54229092329.01652 Hz 2 0.618 Gd Z=64 N=20 L=0.0000001 m f=27114546164.50826 Hz 2 0.618 Gd Z=64 N=21 L=0.0000001 m f=13557273082.25413 Hz 2 0.618 Gd Z=64 N=22 L=0.0000002 m f=6778636541.12707 Hz 2 0.618 Gd Z=64 N=23 L=0.0000004 m f=3389318270.56353 Hz 2 0.618 Gd Z=64 N=24 L=0.0000009 m f=1694659135.28177 Hz 2 0.618 Gd Z=64 N=25 L=0.0000018 m f=847329567.64088 Hz 2 0.618 Gd Z=64 N=26 L=0.0000035 m f=423664783.82044 Hz 2 0.618 Gd Z=64 N=27 L=0.0000070 m f=211832391.91022 Hz 2 0.618 Gd Z=64 N=28 L=0.0000140 m f=105916195.95511 Hz 2 0.618 Gd Z=64 N=29 L=0.0000280 m f=52958097.97756 Hz 2 0.618 Gd Z=64 N=30 L=0.0000560 m f=26479048.98878 Hz 2 0.618 Gd Z=64 N=31 L=0.0001121 m f=13239524.49439 Hz 2 0.618 Gd Z=64 N=32 L=0.0002242 m f=6619762.24719 Hz 2 0.618 Gd Z=64 N=33 L=0.0004484 m f=3309881.12360 Hz 2 0.618 Gd Z=64 N=34 L=0.0008967 m f=1654940.56180 Hz 2 0.618 Gd Z=64 N=35 L=0.0017934 m f=827470.28090 Hz 2 0.618 Gd Z=64 N=36 L=0.0035868 m f=413735.14045 Hz 2 0.618 Gd Z=64 N=37 L=0.0071737 m f=206867.57022 Hz 2 0.618 Gd Z=64 N=38 L=0.0143473 m f=103433.78511 Hz 2 0.618 Gd Z=64 N=39 L=0.0286947 m f=51716.89256 Hz 2 0.618 Gd Z=64 N=40 L=0.0573894 m f=25858.44628 Hz 2 0.618 Gd Z=64 N=41 L=0.1147787 m f=12929.22314 Hz 2 0.618 Gd Z=64 N=42 L=0.2295575 m f=6464.61157 Hz 2 0.618 Gd Z=64 N=43 L=0.4591150 m f=3232.30578 Hz 2 0.618 Gd Z=64 N=44 L=0.9182300 m f=1616.15289 Hz 2 0.618 Gd Z=64 N=45 L=1.8364599 m f=808.07645 Hz 2 0.618 Gd Z=64 N=46 L=3.6729198 m f=404.03822 Hz 2 0.618 Gd Z=64 N=47 L=7.3458397 m f=202.01911 Hz 2 0.618 Gd Z=64 N=48 L=14.6916793 m f=101.00956 Hz 2 0.618 Gd Z=64 N=49 L=29.3833586 m f=50.50478 Hz 2 0.618 Gd Z=64 N=50 L=58.7667172 m f=25.25239 Hz 2 0.618 Gd Z=64 N=51 L=117.5334344 m f=12.62619 Hz 2 0.618 Gd Z=64 N=52 L=235.0668689 m f=6.31310 Hz 2 0.618 Gd Z=64 N=53 L=470.1337377 m f=3.15655 Hz 2 0.618 Gd Z=64 N=54 L=940.2674754 m f=1.57827 Hz 2 0.618 Gd Z=64 N=55 L=1880.5349508 m f=0.78914 Hz 2 0.618 Gd Z=64 N=56 L=3761.0699016 m f=0.39457 Hz 2 0.618 Gd Z=64 N=57 L=7522.1398033 m f=0.19728 Hz 2 0.618 Tb Z=65 N=17 L=0.0000000 m f=213579194403.51123 Hz 2 0.618 Tb Z=65 N=18 L=0.0000000 m f=106789597201.75562 Hz 2 0.618 Tb Z=65 N=19 L=0.0000000 m f=53394798600.87781 Hz 2 0.618 Tb Z=65 N=20 L=0.0000001 m f=26697399300.43890 Hz 2 0.618 Tb Z=65 N=21 L=0.0000001 m f=13348699650.21945 Hz 2 0.618 Tb Z=65 N=22 L=0.0000002 m f=6674349825.10973 Hz 2 0.618 Tb Z=65 N=23 L=0.0000004 m f=3337174912.55486 Hz 2 0.618 Tb Z=65 N=24 L=0.0000009 m f=1668587456.27743 Hz 2 0.618 Tb Z=65 N=25 L=0.0000018 m f=834293728.13872 Hz 2 0.618 Tb Z=65 N=26 L=0.0000036 m f=417146864.06936 Hz 2 0.618 Tb Z=65 N=27 L=0.0000071 m f=208573432.03468 Hz 2 0.618 Tb Z=65 N=28 L=0.0000142 m f=104286716.01734 Hz 2 0.618 Tb Z=65 N=29 L=0.0000285 m f=52143358.00867 Hz 2 0.618 Tb Z=65 N=30 L=0.0000569 m f=26071679.00433 Hz 2 0.618 Tb Z=65 N=31 L=0.0001138 m f=13035839.50217 Hz 2 0.618 Tb Z=65 N=32 L=0.0002277 m f=6517919.75108 Hz 2 0.618 Tb Z=65 N=33 L=0.0004554 m f=3258959.87554 Hz 2 0.618 Tb Z=65 N=34 L=0.0009107 m f=1629479.93777 Hz 2 0.618 Tb Z=65 N=35 L=0.0018214 m f=814739.96889 Hz 2 0.618 Tb Z=65 N=36 L=0.0036429 m f=407369.98444 Hz 2 0.618 Tb Z=65 N=37 L=0.0072858 m f=203684.99222 Hz 2 0.618 Tb Z=65 N=38 L=0.0145715 m f=101842.49611 Hz 2 0.618 Tb Z=65 N=39 L=0.0291430 m f=50921.24806 Hz 2 0.618 Tb Z=65 N=40 L=0.0582861 m f=25460.62403 Hz 2 0.618 Tb Z=65 N=41 L=0.1165722 m f=12730.31201 Hz 2 0.618 Tb Z=65 N=42 L=0.2331443 m f=6365.15601 Hz 2 0.618 Tb Z=65 N=43 L=0.4662886 m f=3182.57800 Hz 2 0.618 Tb Z=65 N=44 L=0.9325773 m f=1591.28900 Hz 2 0.618 Tb Z=65 N=45 L=1.8651546 m f=795.64450 Hz 2 0.618 Tb Z=65 N=46 L=3.7303092 m f=397.82225 Hz 2 0.618 Tb Z=65 N=47 L=7.4606184 m f=198.91113 Hz 2 0.618 Tb Z=65 N=48 L=14.9212368 m f=99.45556 Hz 2 0.618 Tb Z=65 N=49 L=29.8424736 m f=49.72778 Hz 2 0.618 Tb Z=65 N=50 L=59.6849472 m f=24.86389 Hz 2 0.618 Tb Z=65 N=51 L=119.3698943 m f=12.43195 Hz 2 0.618 Tb Z=65 N=52 L=238.7397887 m f=6.21597 Hz 2 0.618 Tb Z=65 N=53 L=477.4795774 m f=3.10799 Hz 2 0.618 Tb Z=65 N=54 L=954.9591547 m f=1.55399 Hz 2 0.618 Tb Z=65 N=55 L=1909.9183094 m f=0.77700 Hz 2 0.618 Tb Z=65 N=56 L=3819.8366189 m f=0.38850 Hz 2 0.618 Tb Z=65 N=57 L=7639.6732377 m f=0.19425 Hz 2 0.618 Dy Z=66 N=17 L=0.0000000 m f=210343146003.45804 Hz 2 0.618 Dy Z=66 N=18 L=0.0000000 m f=105171573001.72902 Hz 2 0.618 Dy Z=66 N=19 L=0.0000000 m f=52585786500.86451 Hz 2 0.618 Dy Z=66 N=20 L=0.0000001 m f=26292893250.43225 Hz 2 0.618 Dy Z=66 N=21 L=0.0000001 m f=13146446625.21613 Hz 2 0.618 Dy Z=66 N=22 L=0.0000002 m f=6573223312.60806 Hz 2 0.618 Dy Z=66 N=23 L=0.0000005 m f=3286611656.30403 Hz 2 0.618 Dy Z=66 N=24 L=0.0000009 m f=1643305828.15202 Hz 2 0.618 Dy Z=66 N=25 L=0.0000018 m f=821652914.07601 Hz 2 0.618 Dy Z=66 N=26 L=0.0000036 m f=410826457.03800 Hz 2 0.618 Dy Z=66 N=27 L=0.0000072 m f=205413228.51900 Hz 2 0.618 Dy Z=66 N=28 L=0.0000144 m f=102706614.25950 Hz 2 0.618 Dy Z=66 N=29 L=0.0000289 m f=51353307.12975 Hz 2 0.618 Dy Z=66 N=30 L=0.0000578 m f=25676653.56488 Hz 2 0.618 Dy Z=66 N=31 L=0.0001156 m f=12838326.78244 Hz 2 0.618 Dy Z=66 N=32 L=0.0002312 m f=6419163.39122 Hz 2 0.618 Dy Z=66 N=33 L=0.0004624 m f=3209581.69561 Hz 2 0.618 Dy Z=66 N=34 L=0.0009247 m f=1604790.84780 Hz 2 0.618 Dy Z=66 N=35 L=0.0018495 m f=802395.42390 Hz 2 0.618 Dy Z=66 N=36 L=0.0036989 m f=401197.71195 Hz 2 0.618 Dy Z=66 N=37 L=0.0073978 m f=200598.85598 Hz 2 0.618 Dy Z=66 N=38 L=0.0147957 m f=100299.42799 Hz 2 0.618 Dy Z=66 N=39 L=0.0295914 m f=50149.71399 Hz 2 0.618 Dy Z=66 N=40 L=0.0591828 m f=25074.85700 Hz 2 0.618 Dy Z=66 N=41 L=0.1183656 m f=12537.42850 Hz 2 0.618 Dy Z=66 N=42 L=0.2367312 m f=6268.71425 Hz 2 0.618 Dy Z=66 N=43 L=0.4734623 m f=3134.35712 Hz 2 0.618 Dy Z=66 N=44 L=0.9469246 m f=1567.17856 Hz 2 0.618 Dy Z=66 N=45 L=1.8938493 m f=783.58928 Hz 2 0.618 Dy Z=66 N=46 L=3.7876986 m f=391.79464 Hz 2 0.618 Dy Z=66 N=47 L=7.5753971 m f=195.89732 Hz 2 0.618 Dy Z=66 N=48 L=15.1507943 m f=97.94866 Hz 2 0.618 Dy Z=66 N=49 L=30.3015886 m f=48.97433 Hz 2 0.618 Dy Z=66 N=50 L=60.6031771 m f=24.48717 Hz 2 0.618 Dy Z=66 N=51 L=121.2063543 m f=12.24358 Hz 2 0.618 Dy Z=66 N=52 L=242.4127085 m f=6.12179 Hz 2 0.618 Dy Z=66 N=53 L=484.8254170 m f=3.06090 Hz 2 0.618 Dy Z=66 N=54 L=969.6508340 m f=1.53045 Hz 2 0.618 Dy Z=66 N=55 L=1939.3016680 m f=0.76522 Hz 2 0.618 Dy Z=66 N=56 L=3878.6033361 m f=0.38261 Hz 2 0.618 Dy Z=66 N=57 L=7757.2066722 m f=0.19131 Hz 2 0.618 Ho Z=67 N=17 L=0.0000000 m f=207203696063.10788 Hz 2 0.618 Ho Z=67 N=18 L=0.0000000 m f=103601848031.55394 Hz 2 0.618 Ho Z=67 N=19 L=0.0000000 m f=51800924015.77697 Hz 2 0.618 Ho Z=67 N=20 L=0.0000001 m f=25900462007.88848 Hz 2 0.618 Ho Z=67 N=21 L=0.0000001 m f=12950231003.94424 Hz 2 0.618 Ho Z=67 N=22 L=0.0000002 m f=6475115501.97212 Hz 2 0.618 Ho Z=67 N=23 L=0.0000005 m f=3237557750.98606 Hz 2 0.618 Ho Z=67 N=24 L=0.0000009 m f=1618778875.49303 Hz 2 0.618 Ho Z=67 N=25 L=0.0000018 m f=809389437.74652 Hz 2 0.618 Ho Z=67 N=26 L=0.0000037 m f=404694718.87326 Hz 2 0.618 Ho Z=67 N=27 L=0.0000073 m f=202347359.43663 Hz 2 0.618 Ho Z=67 N=28 L=0.0000147 m f=101173679.71831 Hz 2 0.618 Ho Z=67 N=29 L=0.0000293 m f=50586839.85916 Hz 2 0.618 Ho Z=67 N=30 L=0.0000587 m f=25293419.92958 Hz 2 0.618 Ho Z=67 N=31 L=0.0001173 m f=12646709.96479 Hz 2 0.618 Ho Z=67 N=32 L=0.0002347 m f=6323354.98239 Hz 2 0.618 Ho Z=67 N=33 L=0.0004694 m f=3161677.49120 Hz 2 0.618 Ho Z=67 N=34 L=0.0009387 m f=1580838.74560 Hz 2 0.618 Ho Z=67 N=35 L=0.0018775 m f=790419.37280 Hz 2 0.618 Ho Z=67 N=36 L=0.0037550 m f=395209.68640 Hz 2 0.618 Ho Z=67 N=37 L=0.0075099 m f=197604.84320 Hz 2 0.618 Ho Z=67 N=38 L=0.0150199 m f=98802.42160 Hz 2 0.618 Ho Z=67 N=39 L=0.0300397 m f=49401.21080 Hz 2 0.618 Ho Z=67 N=40 L=0.0600795 m f=24700.60540 Hz 2 0.618 Ho Z=67 N=41 L=0.1201590 m f=12350.30270 Hz 2 0.618 Ho Z=67 N=42 L=0.2403180 m f=6175.15135 Hz 2 0.618 Ho Z=67 N=43 L=0.4806360 m f=3087.57567 Hz 2 0.618 Ho Z=67 N=44 L=0.9612720 m f=1543.78784 Hz 2 0.618 Ho Z=67 N=45 L=1.9225440 m f=771.89392 Hz 2 0.618 Ho Z=67 N=46 L=3.8450879 m f=385.94696 Hz 2 0.618 Ho Z=67 N=47 L=7.6901759 m f=192.97348 Hz 2 0.618 Ho Z=67 N=48 L=15.3803518 m f=96.48674 Hz 2 0.618 Ho Z=67 N=49 L=30.7607035 m f=48.24337 Hz 2 0.618 Ho Z=67 N=50 L=61.5214071 m f=24.12168 Hz 2 0.618 Ho Z=67 N=51 L=123.0428142 m f=12.06084 Hz 2 0.618 Ho Z=67 N=52 L=246.0856283 m f=6.03042 Hz 2 0.618 Ho Z=67 N=53 L=492.1712567 m f=3.01521 Hz 2 0.618 Ho Z=67 N=54 L=984.3425133 m f=1.50761 Hz 2 0.618 Ho Z=67 N=55 L=1968.6850266 m f=0.75380 Hz 2 0.618 Ho Z=67 N=56 L=3937.3700533 m f=0.37690 Hz 2 0.618 Ho Z=67 N=57 L=7874.7401066 m f=0.18845 Hz 2 0.618 Er Z=68 N=17 L=0.0000000 m f=204156582885.70926 Hz 2 0.618 Er Z=68 N=18 L=0.0000000 m f=102078291442.85463 Hz 2 0.618 Er Z=68 N=19 L=0.0000000 m f=51039145721.42731 Hz 2 0.618 Er Z=68 N=20 L=0.0000001 m f=25519572860.71366 Hz 2 0.618 Er Z=68 N=21 L=0.0000001 m f=12759786430.35683 Hz 2 0.618 Er Z=68 N=22 L=0.0000002 m f=6379893215.17841 Hz 2 0.618 Er Z=68 N=23 L=0.0000005 m f=3189946607.58921 Hz 2 0.618 Er Z=68 N=24 L=0.0000009 m f=1594973303.79460 Hz 2 0.618 Er Z=68 N=25 L=0.0000019 m f=797486651.89730 Hz 2 0.618 Er Z=68 N=26 L=0.0000037 m f=398743325.94865 Hz 2 0.618 Er Z=68 N=27 L=0.0000074 m f=199371662.97433 Hz 2 0.618 Er Z=68 N=28 L=0.0000149 m f=99685831.48716 Hz 2 0.618 Er Z=68 N=29 L=0.0000298 m f=49842915.74358 Hz 2 0.618 Er Z=68 N=30 L=0.0000595 m f=24921457.87179 Hz 2 0.618 Er Z=68 N=31 L=0.0001191 m f=12460728.93590 Hz 2 0.618 Er Z=68 N=32 L=0.0002382 m f=6230364.46795 Hz 2 0.618 Er Z=68 N=33 L=0.0004764 m f=3115182.23397 Hz 2 0.618 Er Z=68 N=34 L=0.0009528 m f=1557591.11699 Hz 2 0.618 Er Z=68 N=35 L=0.0019055 m f=778795.55849 Hz 2 0.618 Er Z=68 N=36 L=0.0038110 m f=389397.77925 Hz 2 0.618 Er Z=68 N=37 L=0.0076220 m f=194698.88962 Hz 2 0.618 Er Z=68 N=38 L=0.0152441 m f=97349.44481 Hz 2 0.618 Er Z=68 N=39 L=0.0304881 m f=48674.72241 Hz 2 0.618 Er Z=68 N=40 L=0.0609762 m f=24337.36120 Hz 2 0.618 Er Z=68 N=41 L=0.1219524 m f=12168.68060 Hz 2 0.618 Er Z=68 N=42 L=0.2439048 m f=6084.34030 Hz 2 0.618 Er Z=68 N=43 L=0.4878097 m f=3042.17015 Hz 2 0.618 Er Z=68 N=44 L=0.9756193 m f=1521.08508 Hz 2 0.618 Er Z=68 N=45 L=1.9512387 m f=760.54254 Hz 2 0.618 Er Z=68 N=46 L=3.9024773 m f=380.27127 Hz 2 0.618 Er Z=68 N=47 L=7.8049546 m f=190.13563 Hz 2 0.618 Er Z=68 N=48 L=15.6099093 m f=95.06782 Hz 2 0.618 Er Z=68 N=49 L=31.2198185 m f=47.53391 Hz 2 0.618 Er Z=68 N=50 L=62.4396370 m f=23.76695 Hz 2 0.618 Er Z=68 N=51 L=124.8792741 m f=11.88348 Hz 2 0.618 Er Z=68 N=52 L=249.7585482 m f=5.94174 Hz 2 0.618 Er Z=68 N=53 L=499.5170963 m f=2.97087 Hz 2 0.618 Er Z=68 N=54 L=999.0341926 m f=1.48543 Hz 2 0.618 Er Z=68 N=55 L=1998.0683853 m f=0.74272 Hz 2 0.618 Er Z=68 N=56 L=3996.1367705 m f=0.37136 Hz 2 0.618 Er Z=68 N=57 L=7992.2735410 m f=0.18568 Hz 2 0.618 Tm Z=69 N=17 L=0.0000000 m f=201197791829.39462 Hz 2 0.618 Tm Z=69 N=18 L=0.0000000 m f=100598895914.69731 Hz 2 0.618 Tm Z=69 N=19 L=0.0000000 m f=50299447957.34866 Hz 2 0.618 Tm Z=69 N=20 L=0.0000001 m f=25149723978.67433 Hz 2 0.618 Tm Z=69 N=21 L=0.0000001 m f=12574861989.33716 Hz 2 0.618 Tm Z=69 N=22 L=0.0000002 m f=6287430994.66858 Hz 2 0.618 Tm Z=69 N=23 L=0.0000005 m f=3143715497.33429 Hz 2 0.618 Tm Z=69 N=24 L=0.0000009 m f=1571857748.66715 Hz 2 0.618 Tm Z=69 N=25 L=0.0000019 m f=785928874.33357 Hz 2 0.618 Tm Z=69 N=26 L=0.0000038 m f=392964437.16679 Hz 2 0.618 Tm Z=69 N=27 L=0.0000076 m f=196482218.58339 Hz 2 0.618 Tm Z=69 N=28 L=0.0000151 m f=98241109.29170 Hz 2 0.618 Tm Z=69 N=29 L=0.0000302 m f=49120554.64585 Hz 2 0.618 Tm Z=69 N=30 L=0.0000604 m f=24560277.32292 Hz 2 0.618 Tm Z=69 N=31 L=0.0001208 m f=12280138.66146 Hz 2 0.618 Tm Z=69 N=32 L=0.0002417 m f=6140069.33073 Hz 2 0.618 Tm Z=69 N=33 L=0.0004834 m f=3070034.66537 Hz 2 0.618 Tm Z=69 N=34 L=0.0009668 m f=1535017.33268 Hz 2 0.618 Tm Z=69 N=35 L=0.0019335 m f=767508.66634 Hz 2 0.618 Tm Z=69 N=36 L=0.0038671 m f=383754.33317 Hz 2 0.618 Tm Z=69 N=37 L=0.0077341 m f=191877.16659 Hz 2 0.618 Tm Z=69 N=38 L=0.0154682 m f=95938.58329 Hz 2 0.618 Tm Z=69 N=39 L=0.0309365 m f=47969.29165 Hz 2 0.618 Tm Z=69 N=40 L=0.0618729 m f=23984.64582 Hz 2 0.618 Tm Z=69 N=41 L=0.1237458 m f=11992.32291 Hz 2 0.618 Tm Z=69 N=42 L=0.2474917 m f=5996.16146 Hz 2 0.618 Tm Z=69 N=43 L=0.4949833 m f=2998.08073 Hz 2 0.618 Tm Z=69 N=44 L=0.9899667 m f=1499.04036 Hz 2 0.618 Tm Z=69 N=45 L=1.9799333 m f=749.52018 Hz 2 0.618 Tm Z=69 N=46 L=3.9598667 m f=374.76009 Hz 2 0.618 Tm Z=69 N=47 L=7.9197334 m f=187.38005 Hz 2 0.618 Tm Z=69 N=48 L=15.8394667 m f=93.69002 Hz 2 0.618 Tm Z=69 N=49 L=31.6789335 m f=46.84501 Hz 2 0.618 Tm Z=69 N=50 L=63.3578670 m f=23.42251 Hz 2 0.618 Tm Z=69 N=51 L=126.7157340 m f=11.71125 Hz 2 0.618 Tm Z=69 N=52 L=253.4314680 m f=5.85563 Hz 2 0.618 Tm Z=69 N=53 L=506.8629360 m f=2.92781 Hz 2 0.618 Tm Z=69 N=54 L=1013.7258719 m f=1.46391 Hz 2 0.618 Tm Z=69 N=55 L=2027.4517439 m f=0.73195 Hz 2 0.618 Tm Z=69 N=56 L=4054.9034877 m f=0.36598 Hz 2 0.618 Tm Z=69 N=57 L=8109.8069754 m f=0.18299 Hz 2 0.618 Yb Z=70 N=17 L=0.0000000 m f=198323537660.40329 Hz 2 0.618 Yb Z=70 N=18 L=0.0000000 m f=99161768830.20164 Hz 2 0.618 Yb Z=70 N=19 L=0.0000000 m f=49580884415.10082 Hz 2 0.618 Yb Z=70 N=20 L=0.0000001 m f=24790442207.55041 Hz 2 0.618 Yb Z=70 N=21 L=0.0000001 m f=12395221103.77521 Hz 2 0.618 Yb Z=70 N=22 L=0.0000002 m f=6197610551.88760 Hz 2 0.618 Yb Z=70 N=23 L=0.0000005 m f=3098805275.94380 Hz 2 0.618 Yb Z=70 N=24 L=0.0000010 m f=1549402637.97190 Hz 2 0.618 Yb Z=70 N=25 L=0.0000019 m f=774701318.98595 Hz 2 0.618 Yb Z=70 N=26 L=0.0000038 m f=387350659.49298 Hz 2 0.618 Yb Z=70 N=27 L=0.0000077 m f=193675329.74649 Hz 2 0.618 Yb Z=70 N=28 L=0.0000153 m f=96837664.87324 Hz 2 0.618 Yb Z=70 N=29 L=0.0000306 m f=48418832.43662 Hz 2 0.618 Yb Z=70 N=30 L=0.0000613 m f=24209416.21831 Hz 2 0.618 Yb Z=70 N=31 L=0.0001226 m f=12104708.10916 Hz 2 0.618 Yb Z=70 N=32 L=0.0002452 m f=6052354.05458 Hz 2 0.618 Yb Z=70 N=33 L=0.0004904 m f=3026177.02729 Hz 2 0.618 Yb Z=70 N=34 L=0.0009808 m f=1513088.51364 Hz 2 0.618 Yb Z=70 N=35 L=0.0019616 m f=756544.25682 Hz 2 0.618 Yb Z=70 N=36 L=0.0039231 m f=378272.12841 Hz 2 0.618 Yb Z=70 N=37 L=0.0078462 m f=189136.06421 Hz 2 0.618 Yb Z=70 N=38 L=0.0156924 m f=94568.03210 Hz 2 0.618 Yb Z=70 N=39 L=0.0313848 m f=47284.01605 Hz 2 0.618 Yb Z=70 N=40 L=0.0627696 m f=23642.00803 Hz 2 0.618 Yb Z=70 N=41 L=0.1255393 m f=11821.00401 Hz 2 0.618 Yb Z=70 N=42 L=0.2510785 m f=5910.50201 Hz 2 0.618 Yb Z=70 N=43 L=0.5021570 m f=2955.25100 Hz 2 0.618 Yb Z=70 N=44 L=1.0043140 m f=1477.62550 Hz 2 0.618 Yb Z=70 N=45 L=2.0086280 m f=738.81275 Hz 2 0.618 Yb Z=70 N=46 L=4.0172561 m f=369.40638 Hz 2 0.618 Yb Z=70 N=47 L=8.0345121 m f=184.70319 Hz 2 0.618 Yb Z=70 N=48 L=16.0690242 m f=92.35159 Hz 2 0.618 Yb Z=70 N=49 L=32.1380485 m f=46.17580 Hz 2 0.618 Yb Z=70 N=50 L=64.2760970 m f=23.08790 Hz 2 0.618 Yb Z=70 N=51 L=128.5521939 m f=11.54395 Hz 2 0.618 Yb Z=70 N=52 L=257.1043878 m f=5.77197 Hz 2 0.618 Yb Z=70 N=53 L=514.2087756 m f=2.88599 Hz 2 0.618 Yb Z=70 N=54 L=1028.4175512 m f=1.44299 Hz 2 0.618 Yb Z=70 N=55 L=2056.8351025 m f=0.72150 Hz 2 0.618 Yb Z=70 N=56 L=4113.6702049 m f=0.36075 Hz 2 0.618 Yb Z=70 N=57 L=8227.3404099 m f=0.18037 Hz 2 0.618 Lu Z=71 N=17 L=0.0000000 m f=195530248397.58069 Hz 2 0.618 Lu Z=71 N=18 L=0.0000000 m f=97765124198.79034 Hz 2 0.618 Lu Z=71 N=19 L=0.0000000 m f=48882562099.39517 Hz 2 0.618 Lu Z=71 N=20 L=0.0000001 m f=24441281049.69759 Hz 2 0.618 Lu Z=71 N=21 L=0.0000001 m f=12220640524.84879 Hz 2 0.618 Lu Z=71 N=22 L=0.0000002 m f=6110320262.42440 Hz 2 0.618 Lu Z=71 N=23 L=0.0000005 m f=3055160131.21220 Hz 2 0.618 Lu Z=71 N=24 L=0.0000010 m f=1527580065.60610 Hz 2 0.618 Lu Z=71 N=25 L=0.0000019 m f=763790032.80305 Hz 2 0.618 Lu Z=71 N=26 L=0.0000039 m f=381895016.40153 Hz 2 0.618 Lu Z=71 N=27 L=0.0000078 m f=190947508.20076 Hz 2 0.618 Lu Z=71 N=28 L=0.0000155 m f=95473754.10038 Hz 2 0.618 Lu Z=71 N=29 L=0.0000311 m f=47736877.05019 Hz 2 0.618 Lu Z=71 N=30 L=0.0000622 m f=23868438.52510 Hz 2 0.618 Lu Z=71 N=31 L=0.0001243 m f=11934219.26255 Hz 2 0.618 Lu Z=71 N=32 L=0.0002487 m f=5967109.63127 Hz 2 0.618 Lu Z=71 N=33 L=0.0004974 m f=2983554.81564 Hz 2 0.618 Lu Z=71 N=34 L=0.0009948 m f=1491777.40782 Hz 2 0.618 Lu Z=71 N=35 L=0.0019896 m f=745888.70391 Hz 2 0.618 Lu Z=71 N=36 L=0.0039791 m f=372944.35195 Hz 2 0.618 Lu Z=71 N=37 L=0.0079583 m f=186472.17598 Hz 2 0.618 Lu Z=71 N=38 L=0.0159166 m f=93236.08799 Hz 2 0.618 Lu Z=71 N=39 L=0.0318332 m f=46618.04399 Hz 2 0.618 Lu Z=71 N=40 L=0.0636663 m f=23309.02200 Hz 2 0.618 Lu Z=71 N=41 L=0.1273327 m f=11654.51100 Hz 2 0.618 Lu Z=71 N=42 L=0.2546653 m f=5827.25550 Hz 2 0.618 Lu Z=71 N=43 L=0.5093307 m f=2913.62775 Hz 2 0.618 Lu Z=71 N=44 L=1.0186614 m f=1456.81387 Hz 2 0.618 Lu Z=71 N=45 L=2.0373227 m f=728.40694 Hz 2 0.618 Lu Z=71 N=46 L=4.0746454 m f=364.20347 Hz 2 0.618 Lu Z=71 N=47 L=8.1492909 m f=182.10173 Hz 2 0.618 Lu Z=71 N=48 L=16.2985817 m f=91.05087 Hz 2 0.618 Lu Z=71 N=49 L=32.5971635 m f=45.52543 Hz 2 0.618 Lu Z=71 N=50 L=65.1943269 m f=22.76272 Hz 2 0.618 Lu Z=71 N=51 L=130.3886538 m f=11.38136 Hz 2 0.618 Lu Z=71 N=52 L=260.7773076 m f=5.69068 Hz 2 0.618 Lu Z=71 N=53 L=521.5546153 m f=2.84534 Hz 2 0.618 Lu Z=71 N=54 L=1043.1092305 m f=1.42267 Hz 2 0.618 Lu Z=71 N=55 L=2086.2184611 m f=0.71133 Hz 2 0.618 Lu Z=71 N=56 L=4172.4369221 m f=0.35567 Hz 2 0.618 Lu Z=71 N=57 L=8344.8738443 m f=0.17783 Hz 2 0.618 Hf Z=72 N=17 L=0.0000000 m f=192814550503.16986 Hz 2 0.618 Hf Z=72 N=18 L=0.0000000 m f=96407275251.58493 Hz 2 0.618 Hf Z=72 N=19 L=0.0000000 m f=48203637625.79247 Hz 2 0.618 Hf Z=72 N=20 L=0.0000001 m f=24101818812.89623 Hz 2 0.618 Hf Z=72 N=21 L=0.0000001 m f=12050909406.44812 Hz 2 0.618 Hf Z=72 N=22 L=0.0000002 m f=6025454703.22406 Hz 2 0.618 Hf Z=72 N=23 L=0.0000005 m f=3012727351.61203 Hz 2 0.618 Hf Z=72 N=24 L=0.0000010 m f=1506363675.80601 Hz 2 0.618 Hf Z=72 N=25 L=0.0000020 m f=753181837.90301 Hz 2 0.618 Hf Z=72 N=26 L=0.0000039 m f=376590918.95150 Hz 2 0.618 Hf Z=72 N=27 L=0.0000079 m f=188295459.47575 Hz 2 0.618 Hf Z=72 N=28 L=0.0000158 m f=94147729.73788 Hz 2 0.618 Hf Z=72 N=29 L=0.0000315 m f=47073864.86894 Hz 2 0.618 Hf Z=72 N=30 L=0.0000630 m f=23536932.43447 Hz 2 0.618 Hf Z=72 N=31 L=0.0001261 m f=11768466.21723 Hz 2 0.618 Hf Z=72 N=32 L=0.0002522 m f=5884233.10862 Hz 2 0.618 Hf Z=72 N=33 L=0.0005044 m f=2942116.55431 Hz 2 0.618 Hf Z=72 N=34 L=0.0010088 m f=1471058.27715 Hz 2 0.618 Hf Z=72 N=35 L=0.0020176 m f=735529.13858 Hz 2 0.618 Hf Z=72 N=36 L=0.0040352 m f=367764.56929 Hz 2 0.618 Hf Z=72 N=37 L=0.0080704 m f=183882.28464 Hz 2 0.618 Hf Z=72 N=38 L=0.0161408 m f=91941.14232 Hz 2 0.618 Hf Z=72 N=39 L=0.0322815 m f=45970.57116 Hz 2 0.618 Hf Z=72 N=40 L=0.0645630 m f=22985.28558 Hz 2 0.618 Hf Z=72 N=41 L=0.1291261 m f=11492.64279 Hz 2 0.618 Hf Z=72 N=42 L=0.2582522 m f=5746.32140 Hz 2 0.618 Hf Z=72 N=43 L=0.5165044 m f=2873.16070 Hz 2 0.618 Hf Z=72 N=44 L=1.0330087 m f=1436.58035 Hz 2 0.618 Hf Z=72 N=45 L=2.0660174 m f=718.29017 Hz 2 0.618 Hf Z=72 N=46 L=4.1320348 m f=359.14509 Hz 2 0.618 Hf Z=72 N=47 L=8.2640696 m f=179.57254 Hz 2 0.618 Hf Z=72 N=48 L=16.5281392 m f=89.78627 Hz 2 0.618 Hf Z=72 N=49 L=33.0562784 m f=44.89314 Hz 2 0.618 Hf Z=72 N=50 L=66.1125569 m f=22.44657 Hz 2 0.618 Hf Z=72 N=51 L=132.2251137 m f=11.22328 Hz 2 0.618 Hf Z=72 N=52 L=264.4502275 m f=5.61164 Hz 2 0.618 Hf Z=72 N=53 L=528.9004549 m f=2.80582 Hz 2 0.618 Hf Z=72 N=54 L=1057.8009098 m f=1.40291 Hz 2 0.618 Hf Z=72 N=55 L=2115.6018197 m f=0.70146 Hz 2 0.618 Hf Z=72 N=56 L=4231.2036394 m f=0.35073 Hz 2 0.618 Hf Z=72 N=57 L=8462.4072787 m f=0.17536 Hz 2 0.618 Ta Z=73 N=17 L=0.0000000 m f=190173255290.79767 Hz 2 0.618 Ta Z=73 N=18 L=0.0000000 m f=95086627645.39883 Hz 2 0.618 Ta Z=73 N=19 L=0.0000000 m f=47543313822.69942 Hz 2 0.618 Ta Z=73 N=20 L=0.0000001 m f=23771656911.34971 Hz 2 0.618 Ta Z=73 N=21 L=0.0000001 m f=11885828455.67485 Hz 2 0.618 Ta Z=73 N=22 L=0.0000002 m f=5942914227.83743 Hz 2 0.618 Ta Z=73 N=23 L=0.0000005 m f=2971457113.91871 Hz 2 0.618 Ta Z=73 N=24 L=0.0000010 m f=1485728556.95936 Hz 2 0.618 Ta Z=73 N=25 L=0.0000020 m f=742864278.47968 Hz 2 0.618 Ta Z=73 N=26 L=0.0000040 m f=371432139.23984 Hz 2 0.618 Ta Z=73 N=27 L=0.0000080 m f=185716069.61992 Hz 2 0.618 Ta Z=73 N=28 L=0.0000160 m f=92858034.80996 Hz 2 0.618 Ta Z=73 N=29 L=0.0000320 m f=46429017.40498 Hz 2 0.618 Ta Z=73 N=30 L=0.0000639 m f=23214508.70249 Hz 2 0.618 Ta Z=73 N=31 L=0.0001279 m f=11607254.35125 Hz 2 0.618 Ta Z=73 N=32 L=0.0002557 m f=5803627.17562 Hz 2 0.618 Ta Z=73 N=33 L=0.0005114 m f=2901813.58781 Hz 2 0.618 Ta Z=73 N=34 L=0.0010228 m f=1450906.79391 Hz 2 0.618 Ta Z=73 N=35 L=0.0020456 m f=725453.39695 Hz 2 0.618 Ta Z=73 N=36 L=0.0040912 m f=362726.69848 Hz 2 0.618 Ta Z=73 N=37 L=0.0081825 m f=181363.34924 Hz 2 0.618 Ta Z=73 N=38 L=0.0163649 m f=90681.67462 Hz 2 0.618 Ta Z=73 N=39 L=0.0327299 m f=45340.83731 Hz 2 0.618 Ta Z=73 N=40 L=0.0654598 m f=22670.41865 Hz 2 0.618 Ta Z=73 N=41 L=0.1309195 m f=11335.20933 Hz 2 0.618 Ta Z=73 N=42 L=0.2618390 m f=5667.60466 Hz 2 0.618 Ta Z=73 N=43 L=0.5236780 m f=2833.80233 Hz 2 0.618 Ta Z=73 N=44 L=1.0473560 m f=1416.90117 Hz 2 0.618 Ta Z=73 N=45 L=2.0947121 m f=708.45058 Hz 2 0.618 Ta Z=73 N=46 L=4.1894242 m f=354.22529 Hz 2 0.618 Ta Z=73 N=47 L=8.3788484 m f=177.11265 Hz 2 0.618 Ta Z=73 N=48 L=16.7576967 m f=88.55632 Hz 2 0.618 Ta Z=73 N=49 L=33.5153934 m f=44.27816 Hz 2 0.618 Ta Z=73 N=50 L=67.0307868 m f=22.13908 Hz 2 0.618 Ta Z=73 N=51 L=134.0615736 m f=11.06954 Hz 2 0.618 Ta Z=73 N=52 L=268.1231473 m f=5.53477 Hz 2 0.618 Ta Z=73 N=53 L=536.2462946 m f=2.76739 Hz 2 0.618 Ta Z=73 N=54 L=1072.4925891 m f=1.38369 Hz 2 0.618 Ta Z=73 N=55 L=2144.9851783 m f=0.69185 Hz 2 0.618 Ta Z=73 N=56 L=4289.9703566 m f=0.34592 Hz 2 0.618 Ta Z=73 N=57 L=8579.9407131 m f=0.17296 Hz 2 0.618 W Z=74 N=17 L=0.0000000 m f=187603346435.51660 Hz 2 0.618 W Z=74 N=18 L=0.0000000 m f=93801673217.75830 Hz 2 0.618 W Z=74 N=19 L=0.0000000 m f=46900836608.87915 Hz 2 0.618 W Z=74 N=20 L=0.0000001 m f=23450418304.43958 Hz 2 0.618 W Z=74 N=21 L=0.0000001 m f=11725209152.21979 Hz 2 0.618 W Z=74 N=22 L=0.0000003 m f=5862604576.10989 Hz 2 0.618 W Z=74 N=23 L=0.0000005 m f=2931302288.05495 Hz 2 0.618 W Z=74 N=24 L=0.0000010 m f=1465651144.02747 Hz 2 0.618 W Z=74 N=25 L=0.0000020 m f=732825572.01374 Hz 2 0.618 W Z=74 N=26 L=0.0000041 m f=366412786.00687 Hz 2 0.618 W Z=74 N=27 L=0.0000081 m f=183206393.00343 Hz 2 0.618 W Z=74 N=28 L=0.0000162 m f=91603196.50172 Hz 2 0.618 W Z=74 N=29 L=0.0000324 m f=45801598.25086 Hz 2 0.618 W Z=74 N=30 L=0.0000648 m f=22900799.12543 Hz 2 0.618 W Z=74 N=31 L=0.0001296 m f=11450399.56271 Hz 2 0.618 W Z=74 N=32 L=0.0002592 m f=5725199.78136 Hz 2 0.618 W Z=74 N=33 L=0.0005184 m f=2862599.89068 Hz 2 0.618 W Z=74 N=34 L=0.0010368 m f=1431299.94534 Hz 2 0.618 W Z=74 N=35 L=0.0020736 m f=715649.97267 Hz 2 0.618 W Z=74 N=36 L=0.0041473 m f=357824.98633 Hz 2 0.618 W Z=74 N=37 L=0.0082946 m f=178912.49317 Hz 2 0.618 W Z=74 N=38 L=0.0165891 m f=89456.24658 Hz 2 0.618 W Z=74 N=39 L=0.0331782 m f=44728.12329 Hz 2 0.618 W Z=74 N=40 L=0.0663565 m f=22364.06165 Hz 2 0.618 W Z=74 N=41 L=0.1327129 m f=11182.03082 Hz 2 0.618 W Z=74 N=42 L=0.2654258 m f=5591.01541 Hz 2 0.618 W Z=74 N=43 L=0.5308517 m f=2795.50771 Hz 2 0.618 W Z=74 N=44 L=1.0617034 m f=1397.75385 Hz 2 0.618 W Z=74 N=45 L=2.1234068 m f=698.87693 Hz 2 0.618 W Z=74 N=46 L=4.2468135 m f=349.43846 Hz 2 0.618 W Z=74 N=47 L=8.4936271 m f=174.71923 Hz 2 0.618 W Z=74 N=48 L=16.9872542 m f=87.35962 Hz 2 0.618 W Z=74 N=49 L=33.9745084 m f=43.67981 Hz 2 0.618 W Z=74 N=50 L=67.9490168 m f=21.83990 Hz 2 0.618 W Z=74 N=51 L=135.8980336 m f=10.91995 Hz 2 0.618 W Z=74 N=52 L=271.7960671 m f=5.45998 Hz 2 0.618 W Z=74 N=53 L=543.5921342 m f=2.72999 Hz 2 0.618 W Z=74 N=54 L=1087.1842684 m f=1.36499 Hz 2 0.618 W Z=74 N=55 L=2174.3685369 m f=0.68250 Hz 2 0.618 W Z=74 N=56 L=4348.7370738 m f=0.34125 Hz 2 0.618 W Z=74 N=57 L=8697.4741476 m f=0.17062 Hz 2 0.618 Re Z=75 N=17 L=0.0000000 m f=185101968483.04306 Hz 2 0.618 Re Z=75 N=18 L=0.0000000 m f=92550984241.52153 Hz 2 0.618 Re Z=75 N=19 L=0.0000000 m f=46275492120.76077 Hz 2 0.618 Re Z=75 N=20 L=0.0000001 m f=23137746060.38038 Hz 2 0.618 Re Z=75 N=21 L=0.0000001 m f=11568873030.19019 Hz 2 0.618 Re Z=75 N=22 L=0.0000003 m f=5784436515.09510 Hz 2 0.618 Re Z=75 N=23 L=0.0000005 m f=2892218257.54755 Hz 2 0.618 Re Z=75 N=24 L=0.0000010 m f=1446109128.77377 Hz 2 0.618 Re Z=75 N=25 L=0.0000021 m f=723054564.38689 Hz 2 0.618 Re Z=75 N=26 L=0.0000041 m f=361527282.19344 Hz 2 0.618 Re Z=75 N=27 L=0.0000082 m f=180763641.09672 Hz 2 0.618 Re Z=75 N=28 L=0.0000164 m f=90381820.54836 Hz 2 0.618 Re Z=75 N=29 L=0.0000328 m f=45190910.27418 Hz 2 0.618 Re Z=75 N=30 L=0.0000657 m f=22595455.13709 Hz 2 0.618 Re Z=75 N=31 L=0.0001314 m f=11297727.56855 Hz 2 0.618 Re Z=75 N=32 L=0.0002627 m f=5648863.78427 Hz 2 0.618 Re Z=75 N=33 L=0.0005254 m f=2824431.89214 Hz 2 0.618 Re Z=75 N=34 L=0.0010508 m f=1412215.94607 Hz 2 0.618 Re Z=75 N=35 L=0.0021017 m f=706107.97303 Hz 2 0.618 Re Z=75 N=36 L=0.0042033 m f=353053.98652 Hz 2 0.618 Re Z=75 N=37 L=0.0084066 m f=176526.99326 Hz 2 0.618 Re Z=75 N=38 L=0.0168133 m f=88263.49663 Hz 2 0.618 Re Z=75 N=39 L=0.0336266 m f=44131.74831 Hz 2 0.618 Re Z=75 N=40 L=0.0672532 m f=22065.87416 Hz 2 0.618 Re Z=75 N=41 L=0.1345063 m f=11032.93708 Hz 2 0.618 Re Z=75 N=42 L=0.2690127 m f=5516.46854 Hz 2 0.618 Re Z=75 N=43 L=0.5380254 m f=2758.23427 Hz 2 0.618 Re Z=75 N=44 L=1.0760507 m f=1379.11713 Hz 2 0.618 Re Z=75 N=45 L=2.1521015 m f=689.55857 Hz 2 0.618 Re Z=75 N=46 L=4.3042029 m f=344.77928 Hz 2 0.618 Re Z=75 N=47 L=8.6084058 m f=172.38964 Hz 2 0.618 Re Z=75 N=48 L=17.2168117 m f=86.19482 Hz 2 0.618 Re Z=75 N=49 L=34.4336234 m f=43.09741 Hz 2 0.618 Re Z=75 N=50 L=68.8672467 m f=21.54871 Hz 2 0.618 Re Z=75 N=51 L=137.7344935 m f=10.77435 Hz 2 0.618 Re Z=75 N=52 L=275.4689869 m f=5.38718 Hz 2 0.618 Re Z=75 N=53 L=550.9379739 m f=2.69359 Hz 2 0.618 Re Z=75 N=54 L=1101.8759477 m f=1.34679 Hz 2 0.618 Re Z=75 N=55 L=2203.7518955 m f=0.67340 Hz 2 0.618 Re Z=75 N=56 L=4407.5037910 m f=0.33670 Hz 2 0.618 Re Z=75 N=57 L=8815.0075820 m f=0.16835 Hz 2 0.618 Os Z=76 N=17 L=0.0000000 m f=182666416266.16092 Hz 2 0.618 Os Z=76 N=18 L=0.0000000 m f=91333208133.08046 Hz 2 0.618 Os Z=76 N=19 L=0.0000000 m f=45666604066.54023 Hz 2 0.618 Os Z=76 N=20 L=0.0000001 m f=22833302033.27011 Hz 2 0.618 Os Z=76 N=21 L=0.0000001 m f=11416651016.63506 Hz 2 0.618 Os Z=76 N=22 L=0.0000003 m f=5708325508.31753 Hz 2 0.618 Os Z=76 N=23 L=0.0000005 m f=2854162754.15876 Hz 2 0.618 Os Z=76 N=24 L=0.0000010 m f=1427081377.07938 Hz 2 0.618 Os Z=76 N=25 L=0.0000021 m f=713540688.53969 Hz 2 0.618 Os Z=76 N=26 L=0.0000042 m f=356770344.26985 Hz 2 0.618 Os Z=76 N=27 L=0.0000083 m f=178385172.13492 Hz 2 0.618 Os Z=76 N=28 L=0.0000166 m f=89192586.06746 Hz 2 0.618 Os Z=76 N=29 L=0.0000333 m f=44596293.03373 Hz 2 0.618 Os Z=76 N=30 L=0.0000666 m f=22298146.51687 Hz 2 0.618 Os Z=76 N=31 L=0.0001331 m f=11149073.25843 Hz 2 0.618 Os Z=76 N=32 L=0.0002662 m f=5574536.62922 Hz 2 0.618 Os Z=76 N=33 L=0.0005324 m f=2787268.31461 Hz 2 0.618 Os Z=76 N=34 L=0.0010648 m f=1393634.15730 Hz 2 0.618 Os Z=76 N=35 L=0.0021297 m f=696817.07865 Hz 2 0.618 Os Z=76 N=36 L=0.0042594 m f=348408.53933 Hz 2 0.618 Os Z=76 N=37 L=0.0085187 m f=174204.26966 Hz 2 0.618 Os Z=76 N=38 L=0.0170375 m f=87102.13483 Hz 2 0.618 Os Z=76 N=39 L=0.0340749 m f=43551.06742 Hz 2 0.618 Os Z=76 N=40 L=0.0681499 m f=21775.53371 Hz 2 0.618 Os Z=76 N=41 L=0.1362998 m f=10887.76685 Hz 2 0.618 Os Z=76 N=42 L=0.2725995 m f=5443.88343 Hz 2 0.618 Os Z=76 N=43 L=0.5451990 m f=2721.94171 Hz 2 0.618 Os Z=76 N=44 L=1.0903981 m f=1360.97086 Hz 2 0.618 Os Z=76 N=45 L=2.1807961 m f=680.48543 Hz 2 0.618 Os Z=76 N=46 L=4.3615923 m f=340.24271 Hz 2 0.618 Os Z=76 N=47 L=8.7231846 m f=170.12136 Hz 2 0.618 Os Z=76 N=48 L=17.4463692 m f=85.06068 Hz 2 0.618 Os Z=76 N=49 L=34.8927383 m f=42.53034 Hz 2 0.618 Os Z=76 N=50 L=69.7854767 m f=21.26517 Hz 2 0.618 Os Z=76 N=51 L=139.5709534 m f=10.63258 Hz 2 0.618 Os Z=76 N=52 L=279.1419068 m f=5.31629 Hz 2 0.618 Os Z=76 N=53 L=558.2838135 m f=2.65815 Hz 2 0.618 Os Z=76 N=54 L=1116.5676271 m f=1.32907 Hz 2 0.618 Os Z=76 N=55 L=2233.1352541 m f=0.66454 Hz 2 0.618 Os Z=76 N=56 L=4466.2705082 m f=0.33227 Hz 2 0.618 Os Z=76 N=57 L=8932.5410164 m f=0.16613 Hz 2 0.618 Ir Z=77 N=17 L=0.0000000 m f=180294125145.82117 Hz 2 0.618 Ir Z=77 N=18 L=0.0000000 m f=90147062572.91058 Hz 2 0.618 Ir Z=77 N=19 L=0.0000000 m f=45073531286.45529 Hz 2 0.618 Ir Z=77 N=20 L=0.0000001 m f=22536765643.22765 Hz 2 0.618 Ir Z=77 N=21 L=0.0000001 m f=11268382821.61382 Hz 2 0.618 Ir Z=77 N=22 L=0.0000003 m f=5634191410.80691 Hz 2 0.618 Ir Z=77 N=23 L=0.0000005 m f=2817095705.40346 Hz 2 0.618 Ir Z=77 N=24 L=0.0000011 m f=1408547852.70173 Hz 2 0.618 Ir Z=77 N=25 L=0.0000021 m f=704273926.35086 Hz 2 0.618 Ir Z=77 N=26 L=0.0000042 m f=352136963.17543 Hz 2 0.618 Ir Z=77 N=27 L=0.0000084 m f=176068481.58772 Hz 2 0.618 Ir Z=77 N=28 L=0.0000169 m f=88034240.79386 Hz 2 0.618 Ir Z=77 N=29 L=0.0000337 m f=44017120.39693 Hz 2 0.618 Ir Z=77 N=30 L=0.0000674 m f=22008560.19846 Hz 2 0.618 Ir Z=77 N=31 L=0.0001349 m f=11004280.09923 Hz 2 0.618 Ir Z=77 N=32 L=0.0002697 m f=5502140.04962 Hz 2 0.618 Ir Z=77 N=33 L=0.0005394 m f=2751070.02481 Hz 2 0.618 Ir Z=77 N=34 L=0.0010789 m f=1375535.01240 Hz 2 0.618 Ir Z=77 N=35 L=0.0021577 m f=687767.50620 Hz 2 0.618 Ir Z=77 N=36 L=0.0043154 m f=343883.75310 Hz 2 0.618 Ir Z=77 N=37 L=0.0086308 m f=171941.87655 Hz 2 0.618 Ir Z=77 N=38 L=0.0172616 m f=85970.93828 Hz 2 0.618 Ir Z=77 N=39 L=0.0345233 m f=42985.46914 Hz 2 0.618 Ir Z=77 N=40 L=0.0690466 m f=21492.73457 Hz 2 0.618 Ir Z=77 N=41 L=0.1380932 m f=10746.36728 Hz 2 0.618 Ir Z=77 N=42 L=0.2761864 m f=5373.18364 Hz 2 0.618 Ir Z=77 N=43 L=0.5523727 m f=2686.59182 Hz 2 0.618 Ir Z=77 N=44 L=1.1047454 m f=1343.29591 Hz 2 0.618 Ir Z=77 N=45 L=2.2094908 m f=671.64796 Hz 2 0.618 Ir Z=77 N=46 L=4.4189817 m f=335.82398 Hz 2 0.618 Ir Z=77 N=47 L=8.8379633 m f=167.91199 Hz 2 0.618 Ir Z=77 N=48 L=17.6759267 m f=83.95599 Hz 2 0.618 Ir Z=77 N=49 L=35.3518533 m f=41.97800 Hz 2 0.618 Ir Z=77 N=50 L=70.7037066 m f=20.98900 Hz 2 0.618 Ir Z=77 N=51 L=141.4074133 m f=10.49450 Hz 2 0.618 Ir Z=77 N=52 L=282.8148266 m f=5.24725 Hz 2 0.618 Ir Z=77 N=53 L=565.6296532 m f=2.62362 Hz 2 0.618 Ir Z=77 N=54 L=1131.2593064 m f=1.31181 Hz 2 0.618 Ir Z=77 N=55 L=2262.5186127 m f=0.65591 Hz 2 0.618 Ir Z=77 N=56 L=4525.0372254 m f=0.32795 Hz 2 0.618 Ir Z=77 N=57 L=9050.0744508 m f=0.16398 Hz 2 0.618 Pt Z=78 N=17 L=0.0000000 m f=177982662002.92599 Hz 2 0.618 Pt Z=78 N=18 L=0.0000000 m f=88991331001.46300 Hz 2 0.618 Pt Z=78 N=19 L=0.0000000 m f=44495665500.73150 Hz 2 0.618 Pt Z=78 N=20 L=0.0000001 m f=22247832750.36575 Hz 2 0.618 Pt Z=78 N=21 L=0.0000001 m f=11123916375.18287 Hz 2 0.618 Pt Z=78 N=22 L=0.0000003 m f=5561958187.59144 Hz 2 0.618 Pt Z=78 N=23 L=0.0000005 m f=2780979093.79572 Hz 2 0.618 Pt Z=78 N=24 L=0.0000011 m f=1390489546.89786 Hz 2 0.618 Pt Z=78 N=25 L=0.0000021 m f=695244773.44893 Hz 2 0.618 Pt Z=78 N=26 L=0.0000043 m f=347622386.72447 Hz 2 0.618 Pt Z=78 N=27 L=0.0000085 m f=173811193.36223 Hz 2 0.618 Pt Z=78 N=28 L=0.0000171 m f=86905596.68112 Hz 2 0.618 Pt Z=78 N=29 L=0.0000342 m f=43452798.34056 Hz 2 0.618 Pt Z=78 N=30 L=0.0000683 m f=21726399.17028 Hz 2 0.618 Pt Z=78 N=31 L=0.0001366 m f=10863199.58514 Hz 2 0.618 Pt Z=78 N=32 L=0.0002732 m f=5431599.79257 Hz 2 0.618 Pt Z=78 N=33 L=0.0005464 m f=2715799.89628 Hz 2 0.618 Pt Z=78 N=34 L=0.0010929 m f=1357899.94814 Hz 2 0.618 Pt Z=78 N=35 L=0.0021857 m f=678949.97407 Hz 2 0.618 Pt Z=78 N=36 L=0.0043715 m f=339474.98704 Hz 2 0.618 Pt Z=78 N=37 L=0.0087429 m f=169737.49352 Hz 2 0.618 Pt Z=78 N=38 L=0.0174858 m f=84868.74676 Hz 2 0.618 Pt Z=78 N=39 L=0.0349716 m f=42434.37338 Hz 2 0.618 Pt Z=78 N=40 L=0.0699433 m f=21217.18669 Hz 2 0.618 Pt Z=78 N=41 L=0.1398866 m f=10608.59334 Hz 2 0.618 Pt Z=78 N=42 L=0.2797732 m f=5304.29667 Hz 2 0.618 Pt Z=78 N=43 L=0.5595464 m f=2652.14834 Hz 2 0.618 Pt Z=78 N=44 L=1.1190928 m f=1326.07417 Hz 2 0.618 Pt Z=78 N=45 L=2.2381855 m f=663.03708 Hz 2 0.618 Pt Z=78 N=46 L=4.4763710 m f=331.51854 Hz 2 0.618 Pt Z=78 N=47 L=8.9527421 m f=165.75927 Hz 2 0.618 Pt Z=78 N=48 L=17.9054842 m f=82.87964 Hz 2 0.618 Pt Z=78 N=49 L=35.8109683 m f=41.43982 Hz 2 0.618 Pt Z=78 N=50 L=71.6219366 m f=20.71991 Hz 2 0.618 Pt Z=78 N=51 L=143.2438732 m f=10.35995 Hz 2 0.618 Pt Z=78 N=52 L=286.4877464 m f=5.17998 Hz 2 0.618 Pt Z=78 N=53 L=572.9754928 m f=2.58999 Hz 2 0.618 Pt Z=78 N=54 L=1145.9509857 m f=1.29499 Hz 2 0.618 Pt Z=78 N=55 L=2291.9019713 m f=0.64750 Hz 2 0.618 Pt Z=78 N=56 L=4583.8039426 m f=0.32375 Hz 2 0.618 Pt Z=78 N=57 L=9167.6078853 m f=0.16187 Hz 2 0.618 Au Z=79 N=17 L=0.0000000 m f=175729716914.28140 Hz 2 0.618 Au Z=79 N=18 L=0.0000000 m f=87864858457.14070 Hz 2 0.618 Au Z=79 N=19 L=0.0000000 m f=43932429228.57035 Hz 2 0.618 Au Z=79 N=20 L=0.0000001 m f=21966214614.28518 Hz 2 0.618 Au Z=79 N=21 L=0.0000001 m f=10983107307.14259 Hz 2 0.618 Au Z=79 N=22 L=0.0000003 m f=5491553653.57129 Hz 2 0.618 Au Z=79 N=23 L=0.0000005 m f=2745776826.78565 Hz 2 0.618 Au Z=79 N=24 L=0.0000011 m f=1372888413.39282 Hz 2 0.618 Au Z=79 N=25 L=0.0000022 m f=686444206.69641 Hz 2 0.618 Au Z=79 N=26 L=0.0000043 m f=343222103.34821 Hz 2 0.618 Au Z=79 N=27 L=0.0000086 m f=171611051.67410 Hz 2 0.618 Au Z=79 N=28 L=0.0000173 m f=85805525.83705 Hz 2 0.618 Au Z=79 N=29 L=0.0000346 m f=42902762.91853 Hz 2 0.618 Au Z=79 N=30 L=0.0000692 m f=21451381.45926 Hz 2 0.618 Au Z=79 N=31 L=0.0001384 m f=10725690.72963 Hz 2 0.618 Au Z=79 N=32 L=0.0002767 m f=5362845.36482 Hz 2 0.618 Au Z=79 N=33 L=0.0005534 m f=2681422.68241 Hz 2 0.618 Au Z=79 N=34 L=0.0011069 m f=1340711.34120 Hz 2 0.618 Au Z=79 N=35 L=0.0022138 m f=670355.67060 Hz 2 0.618 Au Z=79 N=36 L=0.0044275 m f=335177.83530 Hz 2 0.618 Au Z=79 N=37 L=0.0088550 m f=167588.91765 Hz 2 0.618 Au Z=79 N=38 L=0.0177100 m f=83794.45883 Hz 2 0.618 Au Z=79 N=39 L=0.0354200 m f=41897.22941 Hz 2 0.618 Au Z=79 N=40 L=0.0708400 m f=20948.61471 Hz 2 0.618 Au Z=79 N=41 L=0.1416800 m f=10474.30735 Hz 2 0.618 Au Z=79 N=42 L=0.2833600 m f=5237.15368 Hz 2 0.618 Au Z=79 N=43 L=0.5667201 m f=2618.57684 Hz 2 0.618 Au Z=79 N=44 L=1.1334401 m f=1309.28842 Hz 2 0.618 Au Z=79 N=45 L=2.2668802 m f=654.64421 Hz 2 0.618 Au Z=79 N=46 L=4.5337604 m f=327.32210 Hz 2 0.618 Au Z=79 N=47 L=9.0675208 m f=163.66105 Hz 2 0.618 Au Z=79 N=48 L=18.1350416 m f=81.83053 Hz 2 0.618 Au Z=79 N=49 L=36.2700833 m f=40.91526 Hz 2 0.618 Au Z=79 N=50 L=72.5401666 m f=20.45763 Hz 2 0.618 Au Z=79 N=51 L=145.0803331 m f=10.22882 Hz 2 0.618 Au Z=79 N=52 L=290.1606662 m f=5.11441 Hz 2 0.618 Au Z=79 N=53 L=580.3213325 m f=2.55720 Hz 2 0.618 Au Z=79 N=54 L=1160.6426650 m f=1.27860 Hz 2 0.618 Au Z=79 N=55 L=2321.2853299 m f=0.63930 Hz 2 0.618 Au Z=79 N=56 L=4642.5706598 m f=0.31965 Hz 2 0.618 Au Z=79 N=57 L=9285.1413197 m f=0.15983 Hz 2 0.618 Hg Z=80 N=17 L=0.0000000 m f=173533095452.85287 Hz 2 0.618 Hg Z=80 N=18 L=0.0000000 m f=86766547726.42644 Hz 2 0.618 Hg Z=80 N=19 L=0.0000000 m f=43383273863.21322 Hz 2 0.618 Hg Z=80 N=20 L=0.0000001 m f=21691636931.60661 Hz 2 0.618 Hg Z=80 N=21 L=0.0000001 m f=10845818465.80330 Hz 2 0.618 Hg Z=80 N=22 L=0.0000003 m f=5422909232.90165 Hz 2 0.618 Hg Z=80 N=23 L=0.0000005 m f=2711454616.45083 Hz 2 0.618 Hg Z=80 N=24 L=0.0000011 m f=1355727308.22541 Hz 2 0.618 Hg Z=80 N=25 L=0.0000022 m f=677863654.11271 Hz 2 0.618 Hg Z=80 N=26 L=0.0000044 m f=338931827.05635 Hz 2 0.618 Hg Z=80 N=27 L=0.0000088 m f=169465913.52818 Hz 2 0.618 Hg Z=80 N=28 L=0.0000175 m f=84732956.76409 Hz 2 0.618 Hg Z=80 N=29 L=0.0000350 m f=42366478.38204 Hz 2 0.618 Hg Z=80 N=30 L=0.0000701 m f=21183239.19102 Hz 2 0.618 Hg Z=80 N=31 L=0.0001401 m f=10591619.59551 Hz 2 0.618 Hg Z=80 N=32 L=0.0002802 m f=5295809.79776 Hz 2 0.618 Hg Z=80 N=33 L=0.0005604 m f=2647904.89888 Hz 2 0.618 Hg Z=80 N=34 L=0.0011209 m f=1323952.44944 Hz 2 0.618 Hg Z=80 N=35 L=0.0022418 m f=661976.22472 Hz 2 0.618 Hg Z=80 N=36 L=0.0044835 m f=330988.11236 Hz 2 0.618 Hg Z=80 N=37 L=0.0089671 m f=165494.05618 Hz 2 0.618 Hg Z=80 N=38 L=0.0179342 m f=82747.02809 Hz 2 0.618 Hg Z=80 N=39 L=0.0358684 m f=41373.51404 Hz 2 0.618 Hg Z=80 N=40 L=0.0717367 m f=20686.75702 Hz 2 0.618 Hg Z=80 N=41 L=0.1434734 m f=10343.37851 Hz 2 0.618 Hg Z=80 N=42 L=0.2869469 m f=5171.68926 Hz 2 0.618 Hg Z=80 N=43 L=0.5738937 m f=2585.84463 Hz 2 0.618 Hg Z=80 N=44 L=1.1477874 m f=1292.92231 Hz 2 0.618 Hg Z=80 N=45 L=2.2955749 m f=646.46116 Hz 2 0.618 Hg Z=80 N=46 L=4.5911498 m f=323.23058 Hz 2 0.618 Hg Z=80 N=47 L=9.1822996 m f=161.61529 Hz 2 0.618 Hg Z=80 N=48 L=18.3645991 m f=80.80764 Hz 2 0.618 Hg Z=80 N=49 L=36.7291983 m f=40.40382 Hz 2 0.618 Hg Z=80 N=50 L=73.4583965 m f=20.20191 Hz 2 0.618 Hg Z=80 N=51 L=146.9167930 m f=10.10096 Hz 2 0.618 Hg Z=80 N=52 L=293.8335861 m f=5.05048 Hz 2 0.618 Hg Z=80 N=53 L=587.6671721 m f=2.52524 Hz 2 0.618 Hg Z=80 N=54 L=1175.3343443 m f=1.26262 Hz 2 0.618 Hg Z=80 N=55 L=2350.6686885 m f=0.63131 Hz 2 0.618 Hg Z=80 N=56 L=4701.3373771 m f=0.31565 Hz 2 0.618 Hg Z=80 N=57 L=9402.6747541 m f=0.15783 Hz 2 0.618 Tl Z=81 N=17 L=0.0000000 m f=171390711558.37320 Hz 2 0.618 Tl Z=81 N=18 L=0.0000000 m f=85695355779.18660 Hz 2 0.618 Tl Z=81 N=19 L=0.0000000 m f=42847677889.59330 Hz 2 0.618 Tl Z=81 N=20 L=0.0000001 m f=21423838944.79665 Hz 2 0.618 Tl Z=81 N=21 L=0.0000001 m f=10711919472.39832 Hz 2 0.618 Tl Z=81 N=22 L=0.0000003 m f=5355959736.19916 Hz 2 0.618 Tl Z=81 N=23 L=0.0000006 m f=2677979868.09958 Hz 2 0.618 Tl Z=81 N=24 L=0.0000011 m f=1338989934.04979 Hz 2 0.618 Tl Z=81 N=25 L=0.0000022 m f=669494967.02490 Hz 2 0.618 Tl Z=81 N=26 L=0.0000044 m f=334747483.51245 Hz 2 0.618 Tl Z=81 N=27 L=0.0000089 m f=167373741.75622 Hz 2 0.618 Tl Z=81 N=28 L=0.0000177 m f=83686870.87811 Hz 2 0.618 Tl Z=81 N=29 L=0.0000355 m f=41843435.43906 Hz 2 0.618 Tl Z=81 N=30 L=0.0000709 m f=20921717.71953 Hz 2 0.618 Tl Z=81 N=31 L=0.0001419 m f=10460858.85976 Hz 2 0.618 Tl Z=81 N=32 L=0.0002837 m f=5230429.42988 Hz 2 0.618 Tl Z=81 N=33 L=0.0005674 m f=2615214.71494 Hz 2 0.618 Tl Z=81 N=34 L=0.0011349 m f=1307607.35747 Hz 2 0.618 Tl Z=81 N=35 L=0.0022698 m f=653803.67874 Hz 2 0.618 Tl Z=81 N=36 L=0.0045396 m f=326901.83937 Hz 2 0.618 Tl Z=81 N=37 L=0.0090792 m f=163450.91968 Hz 2 0.618 Tl Z=81 N=38 L=0.0181584 m f=81725.45984 Hz 2 0.618 Tl Z=81 N=39 L=0.0363167 m f=40862.72992 Hz 2 0.618 Tl Z=81 N=40 L=0.0726334 m f=20431.36496 Hz 2 0.618 Tl Z=81 N=41 L=0.1452668 m f=10215.68248 Hz 2 0.618 Tl Z=81 N=42 L=0.2905337 m f=5107.84124 Hz 2 0.618 Tl Z=81 N=43 L=0.5810674 m f=2553.92062 Hz 2 0.618 Tl Z=81 N=44 L=1.1621348 m f=1276.96031 Hz 2 0.618 Tl Z=81 N=45 L=2.3242696 m f=638.48016 Hz 2 0.618 Tl Z=81 N=46 L=4.6485392 m f=319.24008 Hz 2 0.618 Tl Z=81 N=47 L=9.2970783 m f=159.62004 Hz 2 0.618 Tl Z=81 N=48 L=18.5941566 m f=79.81002 Hz 2 0.618 Tl Z=81 N=49 L=37.1883132 m f=39.90501 Hz 2 0.618 Tl Z=81 N=50 L=74.3766265 m f=19.95250 Hz 2 0.618 Tl Z=81 N=51 L=148.7532529 m f=9.97625 Hz 2 0.618 Tl Z=81 N=52 L=297.5065059 m f=4.98813 Hz 2 0.618 Tl Z=81 N=53 L=595.0130118 m f=2.49406 Hz 2 0.618 Tl Z=81 N=54 L=1190.0260236 m f=1.24703 Hz 2 0.618 Tl Z=81 N=55 L=2380.0520471 m f=0.62352 Hz 2 0.618 Tl Z=81 N=56 L=4760.1040943 m f=0.31176 Hz 2 0.618 Tl Z=81 N=57 L=9520.2081886 m f=0.15588 Hz 2 0.618 Pb Z=82 N=17 L=0.0000000 m f=169300580929.61255 Hz 2 0.618 Pb Z=82 N=18 L=0.0000000 m f=84650290464.80627 Hz 2 0.618 Pb Z=82 N=19 L=0.0000000 m f=42325145232.40314 Hz 2 0.618 Pb Z=82 N=20 L=0.0000001 m f=21162572616.20157 Hz 2 0.618 Pb Z=82 N=21 L=0.0000001 m f=10581286308.10078 Hz 2 0.618 Pb Z=82 N=22 L=0.0000003 m f=5290643154.05039 Hz 2 0.618 Pb Z=82 N=23 L=0.0000006 m f=2645321577.02520 Hz 2 0.618 Pb Z=82 N=24 L=0.0000011 m f=1322660788.51260 Hz 2 0.618 Pb Z=82 N=25 L=0.0000022 m f=661330394.25630 Hz 2 0.618 Pb Z=82 N=26 L=0.0000045 m f=330665197.12815 Hz 2 0.618 Pb Z=82 N=27 L=0.0000090 m f=165332598.56408 Hz 2 0.618 Pb Z=82 N=28 L=0.0000180 m f=82666299.28204 Hz 2 0.618 Pb Z=82 N=29 L=0.0000359 m f=41333149.64102 Hz 2 0.618 Pb Z=82 N=30 L=0.0000718 m f=20666574.82051 Hz 2 0.618 Pb Z=82 N=31 L=0.0001436 m f=10333287.41025 Hz 2 0.618 Pb Z=82 N=32 L=0.0002872 m f=5166643.70513 Hz 2 0.618 Pb Z=82 N=33 L=0.0005745 m f=2583321.85256 Hz 2 0.618 Pb Z=82 N=34 L=0.0011489 m f=1291660.92628 Hz 2 0.618 Pb Z=82 N=35 L=0.0022978 m f=645830.46314 Hz 2 0.618 Pb Z=82 N=36 L=0.0045956 m f=322915.23157 Hz 2 0.618 Pb Z=82 N=37 L=0.0091913 m f=161457.61579 Hz 2 0.618 Pb Z=82 N=38 L=0.0183825 m f=80728.80789 Hz 2 0.618 Pb Z=82 N=39 L=0.0367651 m f=40364.40395 Hz 2 0.618 Pb Z=82 N=40 L=0.0735301 m f=20182.20197 Hz 2 0.618 Pb Z=82 N=41 L=0.1470603 m f=10091.10099 Hz 2 0.618 Pb Z=82 N=42 L=0.2941205 m f=5045.55049 Hz 2 0.618 Pb Z=82 N=43 L=0.5882411 m f=2522.77525 Hz 2 0.618 Pb Z=82 N=44 L=1.1764821 m f=1261.38762 Hz 2 0.618 Pb Z=82 N=45 L=2.3529643 m f=630.69381 Hz 2 0.618 Pb Z=82 N=46 L=4.7059285 m f=315.34691 Hz 2 0.618 Pb Z=82 N=47 L=9.4118571 m f=157.67345 Hz 2 0.618 Pb Z=82 N=48 L=18.8237141 m f=78.83673 Hz 2 0.618 Pb Z=82 N=49 L=37.6474282 m f=39.41836 Hz 2 0.618 Pb Z=82 N=50 L=75.2948564 m f=19.70918 Hz 2 0.618 Pb Z=82 N=51 L=150.5897129 m f=9.85459 Hz 2 0.618 Pb Z=82 N=52 L=301.1794257 m f=4.92730 Hz 2 0.618 Pb Z=82 N=53 L=602.3588514 m f=2.46365 Hz 2 0.618 Pb Z=82 N=54 L=1204.7177029 m f=1.23182 Hz 2 0.618 Pb Z=82 N=55 L=2409.4354057 m f=0.61591 Hz 2 0.618 Pb Z=82 N=56 L=4818.8708115 m f=0.30796 Hz 2 0.618 Pb Z=82 N=57 L=9637.7416230 m f=0.15398 Hz 2 0.618 Bi Z=83 N=17 L=0.0000000 m f=167260814894.31598 Hz 2 0.618 Bi Z=83 N=18 L=0.0000000 m f=83630407447.15799 Hz 2 0.618 Bi Z=83 N=19 L=0.0000000 m f=41815203723.57899 Hz 2 0.618 Bi Z=83 N=20 L=0.0000001 m f=20907601861.78950 Hz 2 0.618 Bi Z=83 N=21 L=0.0000001 m f=10453800930.89475 Hz 2 0.618 Bi Z=83 N=22 L=0.0000003 m f=5226900465.44737 Hz 2 0.618 Bi Z=83 N=23 L=0.0000006 m f=2613450232.72369 Hz 2 0.618 Bi Z=83 N=24 L=0.0000011 m f=1306725116.36184 Hz 2 0.618 Bi Z=83 N=25 L=0.0000023 m f=653362558.18092 Hz 2 0.618 Bi Z=83 N=26 L=0.0000045 m f=326681279.09046 Hz 2 0.618 Bi Z=83 N=27 L=0.0000091 m f=163340639.54523 Hz 2 0.618 Bi Z=83 N=28 L=0.0000182 m f=81670319.77262 Hz 2 0.618 Bi Z=83 N=29 L=0.0000363 m f=40835159.88631 Hz 2 0.618 Bi Z=83 N=30 L=0.0000727 m f=20417579.94315 Hz 2 0.618 Bi Z=83 N=31 L=0.0001454 m f=10208789.97158 Hz 2 0.618 Bi Z=83 N=32 L=0.0002907 m f=5104394.98579 Hz 2 0.618 Bi Z=83 N=33 L=0.0005815 m f=2552197.49289 Hz 2 0.618 Bi Z=83 N=34 L=0.0011629 m f=1276098.74645 Hz 2 0.618 Bi Z=83 N=35 L=0.0023258 m f=638049.37322 Hz 2 0.618 Bi Z=83 N=36 L=0.0046517 m f=319024.68661 Hz 2 0.618 Bi Z=83 N=37 L=0.0093034 m f=159512.34331 Hz 2 0.618 Bi Z=83 N=38 L=0.0186067 m f=79756.17165 Hz 2 0.618 Bi Z=83 N=39 L=0.0372134 m f=39878.08583 Hz 2 0.618 Bi Z=83 N=40 L=0.0744268 m f=19939.04291 Hz 2 0.618 Bi Z=83 N=41 L=0.1488537 m f=9969.52146 Hz 2 0.618 Bi Z=83 N=42 L=0.2977074 m f=4984.76073 Hz 2 0.618 Bi Z=83 N=43 L=0.5954147 m f=2492.38036 Hz 2 0.618 Bi Z=83 N=44 L=1.1908295 m f=1246.19018 Hz 2 0.618 Bi Z=83 N=45 L=2.3816589 m f=623.09509 Hz 2 0.618 Bi Z=83 N=46 L=4.7633179 m f=311.54755 Hz 2 0.618 Bi Z=83 N=47 L=9.5266358 m f=155.77377 Hz 2 0.618 Bi Z=83 N=48 L=19.0532716 m f=77.88689 Hz 2 0.618 Bi Z=83 N=49 L=38.1065432 m f=38.94344 Hz 2 0.618 Bi Z=83 N=50 L=76.2130864 m f=19.47172 Hz 2 0.618 Bi Z=83 N=51 L=152.4261728 m f=9.73586 Hz 2 0.618 Bi Z=83 N=52 L=304.8523455 m f=4.86793 Hz 2 0.618 Bi Z=83 N=53 L=609.7046911 m f=2.43397 Hz 2 0.618 Bi Z=83 N=54 L=1219.4093822 m f=1.21698 Hz 2 0.618 Bi Z=83 N=55 L=2438.8187644 m f=0.60849 Hz 2 0.618 Bi Z=83 N=56 L=4877.6375287 m f=0.30425 Hz 2 0.618 Bi Z=83 N=57 L=9755.2750574 m f=0.15212 Hz 2 0.618 Po Z=84 N=17 L=0.0000000 m f=165269614717.00275 Hz 2 0.618 Po Z=84 N=18 L=0.0000000 m f=82634807358.50137 Hz 2 0.618 Po Z=84 N=19 L=0.0000000 m f=41317403679.25069 Hz 2 0.618 Po Z=84 N=20 L=0.0000001 m f=20658701839.62534 Hz 2 0.618 Po Z=84 N=21 L=0.0000001 m f=10329350919.81267 Hz 2 0.618 Po Z=84 N=22 L=0.0000003 m f=5164675459.90634 Hz 2 0.618 Po Z=84 N=23 L=0.0000006 m f=2582337729.95317 Hz 2 0.618 Po Z=84 N=24 L=0.0000011 m f=1291168864.97658 Hz 2 0.618 Po Z=84 N=25 L=0.0000023 m f=645584432.48829 Hz 2 0.618 Po Z=84 N=26 L=0.0000046 m f=322792216.24415 Hz 2 0.618 Po Z=84 N=27 L=0.0000092 m f=161396108.12207 Hz 2 0.618 Po Z=84 N=28 L=0.0000184 m f=80698054.06104 Hz 2 0.618 Po Z=84 N=29 L=0.0000368 m f=40349027.03052 Hz 2 0.618 Po Z=84 N=30 L=0.0000736 m f=20174513.51526 Hz 2 0.618 Po Z=84 N=31 L=0.0001471 m f=10087256.75763 Hz 2 0.618 Po Z=84 N=32 L=0.0002942 m f=5043628.37881 Hz 2 0.618 Po Z=84 N=33 L=0.0005885 m f=2521814.18941 Hz 2 0.618 Po Z=84 N=34 L=0.0011769 m f=1260907.09470 Hz 2 0.618 Po Z=84 N=35 L=0.0023539 m f=630453.54735 Hz 2 0.618 Po Z=84 N=36 L=0.0047077 m f=315226.77368 Hz 2 0.618 Po Z=84 N=37 L=0.0094154 m f=157613.38684 Hz 2 0.618 Po Z=84 N=38 L=0.0188309 m f=78806.69342 Hz 2 0.618 Po Z=84 N=39 L=0.0376618 m f=39403.34671 Hz 2 0.618 Po Z=84 N=40 L=0.0753236 m f=19701.67335 Hz 2 0.618 Po Z=84 N=41 L=0.1506471 m f=9850.83668 Hz 2 0.618 Po Z=84 N=42 L=0.3012942 m f=4925.41834 Hz 2 0.618 Po Z=84 N=43 L=0.6025884 m f=2462.70917 Hz 2 0.618 Po Z=84 N=44 L=1.2051768 m f=1231.35458 Hz 2 0.618 Po Z=84 N=45 L=2.4103536 m f=615.67729 Hz 2 0.618 Po Z=84 N=46 L=4.8207073 m f=307.83865 Hz 2 0.618 Po Z=84 N=47 L=9.6414145 m f=153.91932 Hz 2 0.618 Po Z=84 N=48 L=19.2828291 m f=76.95966 Hz 2 0.618 Po Z=84 N=49 L=38.5656582 m f=38.47983 Hz 2 0.618 Po Z=84 N=50 L=77.1313163 m f=19.23992 Hz 2 0.618 Po Z=84 N=51 L=154.2626327 m f=9.61996 Hz 2 0.618 Po Z=84 N=52 L=308.5252654 m f=4.80998 Hz 2 0.618 Po Z=84 N=53 L=617.0505307 m f=2.40499 Hz 2 0.618 Po Z=84 N=54 L=1234.1010615 m f=1.20249 Hz 2 0.618 Po Z=84 N=55 L=2468.2021230 m f=0.60125 Hz 2 0.618 Po Z=84 N=56 L=4936.4042459 m f=0.30062 Hz 2 0.618 Po Z=84 N=57 L=9872.8084918 m f=0.15031 Hz 2 0.618 At Z=85 N=17 L=0.0000000 m f=163325266308.56741 Hz 2 0.618 At Z=85 N=18 L=0.0000000 m f=81662633154.28371 Hz 2 0.618 At Z=85 N=19 L=0.0000000 m f=40831316577.14185 Hz 2 0.618 At Z=85 N=20 L=0.0000001 m f=20415658288.57093 Hz 2 0.618 At Z=85 N=21 L=0.0000001 m f=10207829144.28546 Hz 2 0.618 At Z=85 N=22 L=0.0000003 m f=5103914572.14273 Hz 2 0.618 At Z=85 N=23 L=0.0000006 m f=2551957286.07137 Hz 2 0.618 At Z=85 N=24 L=0.0000012 m f=1275978643.03568 Hz 2 0.618 At Z=85 N=25 L=0.0000023 m f=637989321.51784 Hz 2 0.618 At Z=85 N=26 L=0.0000047 m f=318994660.75892 Hz 2 0.618 At Z=85 N=27 L=0.0000093 m f=159497330.37946 Hz 2 0.618 At Z=85 N=28 L=0.0000186 m f=79748665.18973 Hz 2 0.618 At Z=85 N=29 L=0.0000372 m f=39874332.59487 Hz 2 0.618 At Z=85 N=30 L=0.0000744 m f=19937166.29743 Hz 2 0.618 At Z=85 N=31 L=0.0001489 m f=9968583.14872 Hz 2 0.618 At Z=85 N=32 L=0.0002977 m f=4984291.57436 Hz 2 0.618 At Z=85 N=33 L=0.0005955 m f=2492145.78718 Hz 2 0.618 At Z=85 N=34 L=0.0011909 m f=1246072.89359 Hz 2 0.618 At Z=85 N=35 L=0.0023819 m f=623036.44679 Hz 2 0.618 At Z=85 N=36 L=0.0047638 m f=311518.22340 Hz 2 0.618 At Z=85 N=37 L=0.0095275 m f=155759.11170 Hz 2 0.618 At Z=85 N=38 L=0.0190551 m f=77879.55585 Hz 2 0.618 At Z=85 N=39 L=0.0381101 m f=38939.77792 Hz 2 0.618 At Z=85 N=40 L=0.0762203 m f=19469.88896 Hz 2 0.618 At Z=85 N=41 L=0.1524405 m f=9734.94448 Hz 2 0.618 At Z=85 N=42 L=0.3048810 m f=4867.47224 Hz 2 0.618 At Z=85 N=43 L=0.6097621 m f=2433.73612 Hz 2 0.618 At Z=85 N=44 L=1.2195242 m f=1216.86806 Hz 2 0.618 At Z=85 N=45 L=2.4390483 m f=608.43403 Hz 2 0.618 At Z=85 N=46 L=4.8780966 m f=304.21702 Hz 2 0.618 At Z=85 N=47 L=9.7561933 m f=152.10851 Hz 2 0.618 At Z=85 N=48 L=19.5123866 m f=76.05425 Hz 2 0.618 At Z=85 N=49 L=39.0247731 m f=38.02713 Hz 2 0.618 At Z=85 N=50 L=78.0495463 m f=19.01356 Hz 2 0.618 At Z=85 N=51 L=156.0990926 m f=9.50678 Hz 2 0.618 At Z=85 N=52 L=312.1981852 m f=4.75339 Hz 2 0.618 At Z=85 N=53 L=624.3963704 m f=2.37670 Hz 2 0.618 At Z=85 N=54 L=1248.7927408 m f=1.18835 Hz 2 0.618 At Z=85 N=55 L=2497.5854816 m f=0.59417 Hz 2 0.618 At Z=85 N=56 L=4995.1709631 m f=0.29709 Hz 2 0.618 At Z=85 N=57 L=9990.3419263 m f=0.14854 Hz 2 0.618 Rn Z=86 N=17 L=0.0000000 m f=161426135304.97940 Hz 2 0.618 Rn Z=86 N=18 L=0.0000000 m f=80713067652.48970 Hz 2 0.618 Rn Z=86 N=19 L=0.0000000 m f=40356533826.24485 Hz 2 0.618 Rn Z=86 N=20 L=0.0000001 m f=20178266913.12243 Hz 2 0.618 Rn Z=86 N=21 L=0.0000001 m f=10089133456.56121 Hz 2 0.618 Rn Z=86 N=22 L=0.0000003 m f=5044566728.28061 Hz 2 0.618 Rn Z=86 N=23 L=0.0000006 m f=2522283364.14030 Hz 2 0.618 Rn Z=86 N=24 L=0.0000012 m f=1261141682.07015 Hz 2 0.618 Rn Z=86 N=25 L=0.0000024 m f=630570841.03508 Hz 2 0.618 Rn Z=86 N=26 L=0.0000047 m f=315285420.51754 Hz 2 0.618 Rn Z=86 N=27 L=0.0000094 m f=157642710.25877 Hz 2 0.618 Rn Z=86 N=28 L=0.0000188 m f=78821355.12938 Hz 2 0.618 Rn Z=86 N=29 L=0.0000377 m f=39410677.56469 Hz 2 0.618 Rn Z=86 N=30 L=0.0000753 m f=19705338.78235 Hz 2 0.618 Rn Z=86 N=31 L=0.0001506 m f=9852669.39117 Hz 2 0.618 Rn Z=86 N=32 L=0.0003012 m f=4926334.69559 Hz 2 0.618 Rn Z=86 N=33 L=0.0006025 m f=2463167.34779 Hz 2 0.618 Rn Z=86 N=34 L=0.0012050 m f=1231583.67390 Hz 2 0.618 Rn Z=86 N=35 L=0.0024099 m f=615791.83695 Hz 2 0.618 Rn Z=86 N=36 L=0.0048198 m f=307895.91847 Hz 2 0.618 Rn Z=86 N=37 L=0.0096396 m f=153947.95924 Hz 2 0.618 Rn Z=86 N=38 L=0.0192792 m f=76973.97962 Hz 2 0.618 Rn Z=86 N=39 L=0.0385585 m f=38486.98981 Hz 2 0.618 Rn Z=86 N=40 L=0.0771170 m f=19243.49490 Hz 2 0.618 Rn Z=86 N=41 L=0.1542339 m f=9621.74745 Hz 2 0.618 Rn Z=86 N=42 L=0.3084679 m f=4810.87373 Hz 2 0.618 Rn Z=86 N=43 L=0.6169358 m f=2405.43686 Hz 2 0.618 Rn Z=86 N=44 L=1.2338715 m f=1202.71843 Hz 2 0.618 Rn Z=86 N=45 L=2.4677430 m f=601.35922 Hz 2 0.618 Rn Z=86 N=46 L=4.9354860 m f=300.67961 Hz 2 0.618 Rn Z=86 N=47 L=9.8709720 m f=150.33980 Hz 2 0.618 Rn Z=86 N=48 L=19.7419441 m f=75.16990 Hz 2 0.618 Rn Z=86 N=49 L=39.4838881 m f=37.58495 Hz 2 0.618 Rn Z=86 N=50 L=78.9677763 m f=18.79248 Hz 2 0.618 Rn Z=86 N=51 L=157.9355525 m f=9.39624 Hz 2 0.618 Rn Z=86 N=52 L=315.8711050 m f=4.69812 Hz 2 0.618 Rn Z=86 N=53 L=631.7422100 m f=2.34906 Hz 2 0.618 Rn Z=86 N=54 L=1263.4844201 m f=1.17453 Hz 2 0.618 Rn Z=86 N=55 L=2526.9688402 m f=0.58726 Hz 2 0.618 Rn Z=86 N=56 L=5053.9376803 m f=0.29363 Hz 2 0.618 Rn Z=86 N=57 L=10107.8753607 m f=0.14682 Hz 2 0.618 Fr Z=87 N=17 L=0.0000000 m f=159570662485.38193 Hz 2 0.618 Fr Z=87 N=18 L=0.0000000 m f=79785331242.69096 Hz 2 0.618 Fr Z=87 N=19 L=0.0000000 m f=39892665621.34548 Hz 2 0.618 Fr Z=87 N=20 L=0.0000001 m f=19946332810.67274 Hz 2 0.618 Fr Z=87 N=21 L=0.0000001 m f=9973166405.33637 Hz 2 0.618 Fr Z=87 N=22 L=0.0000003 m f=4986583202.66819 Hz 2 0.618 Fr Z=87 N=23 L=0.0000006 m f=2493291601.33409 Hz 2 0.618 Fr Z=87 N=24 L=0.0000012 m f=1246645800.66705 Hz 2 0.618 Fr Z=87 N=25 L=0.0000024 m f=623322900.33352 Hz 2 0.618 Fr Z=87 N=26 L=0.0000048 m f=311661450.16676 Hz 2 0.618 Fr Z=87 N=27 L=0.0000095 m f=155830725.08338 Hz 2 0.618 Fr Z=87 N=28 L=0.0000190 m f=77915362.54169 Hz 2 0.618 Fr Z=87 N=29 L=0.0000381 m f=38957681.27085 Hz 2 0.618 Fr Z=87 N=30 L=0.0000762 m f=19478840.63542 Hz 2 0.618 Fr Z=87 N=31 L=0.0001524 m f=9739420.31771 Hz 2 0.618 Fr Z=87 N=32 L=0.0003047 m f=4869710.15886 Hz 2 0.618 Fr Z=87 N=33 L=0.0006095 m f=2434855.07943 Hz 2 0.618 Fr Z=87 N=34 L=0.0012190 m f=1217427.53971 Hz 2 0.618 Fr Z=87 N=35 L=0.0024379 m f=608713.76986 Hz 2 0.618 Fr Z=87 N=36 L=0.0048759 m f=304356.88493 Hz 2 0.618 Fr Z=87 N=37 L=0.0097517 m f=152178.44246 Hz 2 0.618 Fr Z=87 N=38 L=0.0195034 m f=76089.22123 Hz 2 0.618 Fr Z=87 N=39 L=0.0390068 m f=38044.61062 Hz 2 0.618 Fr Z=87 N=40 L=0.0780137 m f=19022.30531 Hz 2 0.618 Fr Z=87 N=41 L=0.1560274 m f=9511.15265 Hz 2 0.618 Fr Z=87 N=42 L=0.3120547 m f=4755.57633 Hz 2 0.618 Fr Z=87 N=43 L=0.6241094 m f=2377.78816 Hz 2 0.618 Fr Z=87 N=44 L=1.2482188 m f=1188.89408 Hz 2 0.618 Fr Z=87 N=45 L=2.4964377 m f=594.44704 Hz 2 0.618 Fr Z=87 N=46 L=4.9928754 m f=297.22352 Hz 2 0.618 Fr Z=87 N=47 L=9.9857508 m f=148.61176 Hz 2 0.618 Fr Z=87 N=48 L=19.9715016 m f=74.30588 Hz 2 0.618 Fr Z=87 N=49 L=39.9430031 m f=37.15294 Hz 2 0.618 Fr Z=87 N=50 L=79.8860062 m f=18.57647 Hz 2 0.618 Fr Z=87 N=51 L=159.7720124 m f=9.28824 Hz 2 0.618 Fr Z=87 N=52 L=319.5440248 m f=4.64412 Hz 2 0.618 Fr Z=87 N=53 L=639.0880497 m f=2.32206 Hz 2 0.618 Fr Z=87 N=54 L=1278.1760994 m f=1.16103 Hz 2 0.618 Fr Z=87 N=55 L=2556.3521988 m f=0.58051 Hz 2 0.618 Fr Z=87 N=56 L=5112.7043976 m f=0.29026 Hz 2 0.618 Fr Z=87 N=57 L=10225.4087951 m f=0.14513 Hz 2 0.618 Ra Z=88 N=17 L=0.0000000 m f=157757359502.59354 Hz 2 0.618 Ra Z=88 N=18 L=0.0000000 m f=78878679751.29677 Hz 2 0.618 Ra Z=88 N=19 L=0.0000000 m f=39439339875.64838 Hz 2 0.618 Ra Z=88 N=20 L=0.0000001 m f=19719669937.82419 Hz 2 0.618 Ra Z=88 N=21 L=0.0000002 m f=9859834968.91210 Hz 2 0.618 Ra Z=88 N=22 L=0.0000003 m f=4929917484.45605 Hz 2 0.618 Ra Z=88 N=23 L=0.0000006 m f=2464958742.22802 Hz 2 0.618 Ra Z=88 N=24 L=0.0000012 m f=1232479371.11401 Hz 2 0.618 Ra Z=88 N=25 L=0.0000024 m f=616239685.55701 Hz 2 0.618 Ra Z=88 N=26 L=0.0000048 m f=308119842.77850 Hz 2 0.618 Ra Z=88 N=27 L=0.0000096 m f=154059921.38925 Hz 2 0.618 Ra Z=88 N=28 L=0.0000193 m f=77029960.69463 Hz 2 0.618 Ra Z=88 N=29 L=0.0000385 m f=38514980.34731 Hz 2 0.618 Ra Z=88 N=30 L=0.0000771 m f=19257490.17366 Hz 2 0.618 Ra Z=88 N=31 L=0.0001541 m f=9628745.08683 Hz 2 0.618 Ra Z=88 N=32 L=0.0003082 m f=4814372.54341 Hz 2 0.618 Ra Z=88 N=33 L=0.0006165 m f=2407186.27171 Hz 2 0.618 Ra Z=88 N=34 L=0.0012330 m f=1203593.13585 Hz 2 0.618 Ra Z=88 N=35 L=0.0024659 m f=601796.56793 Hz 2 0.618 Ra Z=88 N=36 L=0.0049319 m f=300898.28396 Hz 2 0.618 Ra Z=88 N=37 L=0.0098638 m f=150449.14198 Hz 2 0.618 Ra Z=88 N=38 L=0.0197276 m f=75224.57099 Hz 2 0.618 Ra Z=88 N=39 L=0.0394552 m f=37612.28550 Hz 2 0.618 Ra Z=88 N=40 L=0.0789104 m f=18806.14275 Hz 2 0.618 Ra Z=88 N=41 L=0.1578208 m f=9403.07137 Hz 2 0.618 Ra Z=88 N=42 L=0.3156415 m f=4701.53569 Hz 2 0.618 Ra Z=88 N=43 L=0.6312831 m f=2350.76784 Hz 2 0.618 Ra Z=88 N=44 L=1.2625662 m f=1175.38392 Hz 2 0.618 Ra Z=88 N=45 L=2.5251324 m f=587.69196 Hz 2 0.618 Ra Z=88 N=46 L=5.0502648 m f=293.84598 Hz 2 0.618 Ra Z=88 N=47 L=10.1005295 m f=146.92299 Hz 2 0.618 Ra Z=88 N=48 L=20.2010590 m f=73.46150 Hz 2 0.618 Ra Z=88 N=49 L=40.4021181 m f=36.73075 Hz 2 0.618 Ra Z=88 N=50 L=80.8042362 m f=18.36537 Hz 2 0.618 Ra Z=88 N=51 L=161.6084723 m f=9.18269 Hz 2 0.618 Ra Z=88 N=52 L=323.2169447 m f=4.59134 Hz 2 0.618 Ra Z=88 N=53 L=646.4338893 m f=2.29567 Hz 2 0.618 Ra Z=88 N=54 L=1292.8677787 m f=1.14784 Hz 2 0.618 Ra Z=88 N=55 L=2585.7355574 m f=0.57392 Hz 2 0.618 Ra Z=88 N=56 L=5171.4711148 m f=0.28696 Hz 2 0.618 Ra Z=88 N=57 L=10342.9422295 m f=0.14348 Hz 2 0.618 Ac Z=89 N=17 L=0.0000000 m f=155984804901.44080 Hz 2 0.618 Ac Z=89 N=18 L=0.0000000 m f=77992402450.72040 Hz 2 0.618 Ac Z=89 N=19 L=0.0000000 m f=38996201225.36020 Hz 2 0.618 Ac Z=89 N=20 L=0.0000001 m f=19498100612.68010 Hz 2 0.618 Ac Z=89 N=21 L=0.0000002 m f=9749050306.34005 Hz 2 0.618 Ac Z=89 N=22 L=0.0000003 m f=4874525153.17003 Hz 2 0.618 Ac Z=89 N=23 L=0.0000006 m f=2437262576.58501 Hz 2 0.618 Ac Z=89 N=24 L=0.0000012 m f=1218631288.29251 Hz 2 0.618 Ac Z=89 N=25 L=0.0000024 m f=609315644.14625 Hz 2 0.618 Ac Z=89 N=26 L=0.0000049 m f=304657822.07313 Hz 2 0.618 Ac Z=89 N=27 L=0.0000097 m f=152328911.03656 Hz 2 0.618 Ac Z=89 N=28 L=0.0000195 m f=76164455.51828 Hz 2 0.618 Ac Z=89 N=29 L=0.0000390 m f=38082227.75914 Hz 2 0.618 Ac Z=89 N=30 L=0.0000779 m f=19041113.87957 Hz 2 0.618 Ac Z=89 N=31 L=0.0001559 m f=9520556.93979 Hz 2 0.618 Ac Z=89 N=32 L=0.0003117 m f=4760278.46989 Hz 2 0.618 Ac Z=89 N=33 L=0.0006235 m f=2380139.23495 Hz 2 0.618 Ac Z=89 N=34 L=0.0012470 m f=1190069.61747 Hz 2 0.618 Ac Z=89 N=35 L=0.0024940 m f=595034.80874 Hz 2 0.618 Ac Z=89 N=36 L=0.0049879 m f=297517.40437 Hz 2 0.618 Ac Z=89 N=37 L=0.0099759 m f=148758.70218 Hz 2 0.618 Ac Z=89 N=38 L=0.0199518 m f=74379.35109 Hz 2 0.618 Ac Z=89 N=39 L=0.0399035 m f=37189.67555 Hz 2 0.618 Ac Z=89 N=40 L=0.0798071 m f=18594.83777 Hz 2 0.618 Ac Z=89 N=41 L=0.1596142 m f=9297.41889 Hz 2 0.618 Ac Z=89 N=42 L=0.3192284 m f=4648.70944 Hz 2 0.618 Ac Z=89 N=43 L=0.6384568 m f=2324.35472 Hz 2 0.618 Ac Z=89 N=44 L=1.2769135 m f=1162.17736 Hz 2 0.618 Ac Z=89 N=45 L=2.5538271 m f=581.08868 Hz 2 0.618 Ac Z=89 N=46 L=5.1076541 m f=290.54434 Hz 2 0.618 Ac Z=89 N=47 L=10.2153083 m f=145.27217 Hz 2 0.618 Ac Z=89 N=48 L=20.4306165 m f=72.63609 Hz 2 0.618 Ac Z=89 N=49 L=40.8612331 m f=36.31804 Hz 2 0.618 Ac Z=89 N=50 L=81.7224661 m f=18.15902 Hz 2 0.618 Ac Z=89 N=51 L=163.4449322 m f=9.07951 Hz 2 0.618 Ac Z=89 N=52 L=326.8898645 m f=4.53976 Hz 2 0.618 Ac Z=89 N=53 L=653.7797290 m f=2.26988 Hz 2 0.618 Ac Z=89 N=54 L=1307.5594580 m f=1.13494 Hz 2 0.618 Ac Z=89 N=55 L=2615.1189160 m f=0.56747 Hz 2 0.618 Ac Z=89 N=56 L=5230.2378320 m f=0.28373 Hz 2 0.618 Ac Z=89 N=57 L=10460.4756640 m f=0.14187 Hz 2 0.618 Th Z=90 N=17 L=0.0000000 m f=154251640402.53589 Hz 2 0.618 Th Z=90 N=18 L=0.0000000 m f=77125820201.26794 Hz 2 0.618 Th Z=90 N=19 L=0.0000000 m f=38562910100.63397 Hz 2 0.618 Th Z=90 N=20 L=0.0000001 m f=19281455050.31699 Hz 2 0.618 Th Z=90 N=21 L=0.0000002 m f=9640727525.15849 Hz 2 0.618 Th Z=90 N=22 L=0.0000003 m f=4820363762.57925 Hz 2 0.618 Th Z=90 N=23 L=0.0000006 m f=2410181881.28962 Hz 2 0.618 Th Z=90 N=24 L=0.0000012 m f=1205090940.64481 Hz 2 0.618 Th Z=90 N=25 L=0.0000025 m f=602545470.32241 Hz 2 0.618 Th Z=90 N=26 L=0.0000049 m f=301272735.16120 Hz 2 0.618 Th Z=90 N=27 L=0.0000099 m f=150636367.58060 Hz 2 0.618 Th Z=90 N=28 L=0.0000197 m f=75318183.79030 Hz 2 0.618 Th Z=90 N=29 L=0.0000394 m f=37659091.89515 Hz 2 0.618 Th Z=90 N=30 L=0.0000788 m f=18829545.94758 Hz 2 0.618 Th Z=90 N=31 L=0.0001576 m f=9414772.97379 Hz 2 0.618 Th Z=90 N=32 L=0.0003152 m f=4707386.48689 Hz 2 0.618 Th Z=90 N=33 L=0.0006305 m f=2353693.24345 Hz 2 0.618 Th Z=90 N=34 L=0.0012610 m f=1176846.62172 Hz 2 0.618 Th Z=90 N=35 L=0.0025220 m f=588423.31086 Hz 2 0.618 Th Z=90 N=36 L=0.0050440 m f=294211.65543 Hz 2 0.618 Th Z=90 N=37 L=0.0100880 m f=147105.82772 Hz 2 0.618 Th Z=90 N=38 L=0.0201760 m f=73552.91386 Hz 2 0.618 Th Z=90 N=39 L=0.0403519 m f=36776.45693 Hz 2 0.618 Th Z=90 N=40 L=0.0807038 m f=18388.22846 Hz 2 0.618 Th Z=90 N=41 L=0.1614076 m f=9194.11423 Hz 2 0.618 Th Z=90 N=42 L=0.3228152 m f=4597.05712 Hz 2 0.618 Th Z=90 N=43 L=0.6456304 m f=2298.52856 Hz 2 0.618 Th Z=90 N=44 L=1.2912609 m f=1149.26428 Hz 2 0.618 Th Z=90 N=45 L=2.5825218 m f=574.63214 Hz 2 0.618 Th Z=90 N=46 L=5.1650435 m f=287.31607 Hz 2 0.618 Th Z=90 N=47 L=10.3300870 m f=143.65803 Hz 2 0.618 Th Z=90 N=48 L=20.6601740 m f=71.82902 Hz 2 0.618 Th Z=90 N=49 L=41.3203480 m f=35.91451 Hz 2 0.618 Th Z=90 N=50 L=82.6406961 m f=17.95725 Hz 2 0.618 Th Z=90 N=51 L=165.2813922 m f=8.97863 Hz 2 0.618 Th Z=90 N=52 L=330.5627843 m f=4.48931 Hz 2 0.618 Th Z=90 N=53 L=661.1255686 m f=2.24466 Hz 2 0.618 Th Z=90 N=54 L=1322.2511373 m f=1.12233 Hz 2 0.618 Th Z=90 N=55 L=2644.5022746 m f=0.56116 Hz 2 0.618 Th Z=90 N=56 L=5289.0045492 m f=0.28058 Hz 2 0.618 Th Z=90 N=57 L=10578.0090984 m f=0.14029 Hz 2 0.618 Pa Z=91 N=17 L=0.0000000 m f=152556567431.07944 Hz 2 0.618 Pa Z=91 N=18 L=0.0000000 m f=76278283715.53972 Hz 2 0.618 Pa Z=91 N=19 L=0.0000000 m f=38139141857.76986 Hz 2 0.618 Pa Z=91 N=20 L=0.0000001 m f=19069570928.88493 Hz 2 0.618 Pa Z=91 N=21 L=0.0000002 m f=9534785464.44247 Hz 2 0.618 Pa Z=91 N=22 L=0.0000003 m f=4767392732.22123 Hz 2 0.618 Pa Z=91 N=23 L=0.0000006 m f=2383696366.11062 Hz 2 0.618 Pa Z=91 N=24 L=0.0000012 m f=1191848183.05531 Hz 2 0.618 Pa Z=91 N=25 L=0.0000025 m f=595924091.52765 Hz 2 0.618 Pa Z=91 N=26 L=0.0000050 m f=297962045.76383 Hz 2 0.618 Pa Z=91 N=27 L=0.0000100 m f=148981022.88191 Hz 2 0.618 Pa Z=91 N=28 L=0.0000199 m f=74490511.44096 Hz 2 0.618 Pa Z=91 N=29 L=0.0000398 m f=37245255.72048 Hz 2 0.618 Pa Z=91 N=30 L=0.0000797 m f=18622627.86024 Hz 2 0.618 Pa Z=91 N=31 L=0.0001594 m f=9311313.93012 Hz 2 0.618 Pa Z=91 N=32 L=0.0003188 m f=4655656.96506 Hz 2 0.618 Pa Z=91 N=33 L=0.0006375 m f=2327828.48253 Hz 2 0.618 Pa Z=91 N=34 L=0.0012750 m f=1163914.24126 Hz 2 0.618 Pa Z=91 N=35 L=0.0025500 m f=581957.12063 Hz 2 0.618 Pa Z=91 N=36 L=0.0051000 m f=290978.56032 Hz 2 0.618 Pa Z=91 N=37 L=0.0102001 m f=145489.28016 Hz 2 0.618 Pa Z=91 N=38 L=0.0204001 m f=72744.64008 Hz 2 0.618 Pa Z=91 N=39 L=0.0408003 m f=36372.32004 Hz 2 0.618 Pa Z=91 N=40 L=0.0816005 m f=18186.16002 Hz 2 0.618 Pa Z=91 N=41 L=0.1632010 m f=9093.08001 Hz 2 0.618 Pa Z=91 N=42 L=0.3264021 m f=4546.54000 Hz 2 0.618 Pa Z=91 N=43 L=0.6528041 m f=2273.27000 Hz 2 0.618 Pa Z=91 N=44 L=1.3056082 m f=1136.63500 Hz 2 0.618 Pa Z=91 N=45 L=2.6112164 m f=568.31750 Hz 2 0.618 Pa Z=91 N=46 L=5.2224329 m f=284.15875 Hz 2 0.618 Pa Z=91 N=47 L=10.4448658 m f=142.07938 Hz 2 0.618 Pa Z=91 N=48 L=20.8897315 m f=71.03969 Hz 2 0.618 Pa Z=91 N=49 L=41.7794630 m f=35.51984 Hz 2 0.618 Pa Z=91 N=50 L=83.5589260 m f=17.75992 Hz 2 0.618 Pa Z=91 N=51 L=167.1178521 m f=8.87996 Hz 2 0.618 Pa Z=91 N=52 L=334.2357042 m f=4.43998 Hz 2 0.618 Pa Z=91 N=53 L=668.4714083 m f=2.21999 Hz 2 0.618 Pa Z=91 N=54 L=1336.9428166 m f=1.11000 Hz 2 0.618 Pa Z=91 N=55 L=2673.8856332 m f=0.55500 Hz 2 0.618 Pa Z=91 N=56 L=5347.7712664 m f=0.27750 Hz 2 0.618 Pa Z=91 N=57 L=10695.5425328 m f=0.13875 Hz 2 0.618 U Z=92 N=17 L=0.0000000 m f=150898343872.04599 Hz 2 0.618 U Z=92 N=18 L=0.0000000 m f=75449171936.02299 Hz 2 0.618 U Z=92 N=19 L=0.0000000 m f=37724585968.01150 Hz 2 0.618 U Z=92 N=20 L=0.0000001 m f=18862292984.00575 Hz 2 0.618 U Z=92 N=21 L=0.0000002 m f=9431146492.00287 Hz 2 0.618 U Z=92 N=22 L=0.0000003 m f=4715573246.00144 Hz 2 0.618 U Z=92 N=23 L=0.0000006 m f=2357786623.00072 Hz 2 0.618 U Z=92 N=24 L=0.0000013 m f=1178893311.50036 Hz 2 0.618 U Z=92 N=25 L=0.0000025 m f=589446655.75018 Hz 2 0.618 U Z=92 N=26 L=0.0000050 m f=294723327.87509 Hz 2 0.618 U Z=92 N=27 L=0.0000101 m f=147361663.93755 Hz 2 0.618 U Z=92 N=28 L=0.0000201 m f=73680831.96877 Hz 2 0.618 U Z=92 N=29 L=0.0000403 m f=36840415.98439 Hz 2 0.618 U Z=92 N=30 L=0.0000806 m f=18420207.99219 Hz 2 0.618 U Z=92 N=31 L=0.0001611 m f=9210103.99610 Hz 2 0.618 U Z=92 N=32 L=0.0003223 m f=4605051.99805 Hz 2 0.618 U Z=92 N=33 L=0.0006445 m f=2302525.99902 Hz 2 0.618 U Z=92 N=34 L=0.0012890 m f=1151262.99951 Hz 2 0.618 U Z=92 N=35 L=0.0025780 m f=575631.49976 Hz 2 0.618 U Z=92 N=36 L=0.0051561 m f=287815.74988 Hz 2 0.618 U Z=92 N=37 L=0.0103122 m f=143907.87494 Hz 2 0.618 U Z=92 N=38 L=0.0206243 m f=71953.93747 Hz 2 0.618 U Z=92 N=39 L=0.0412486 m f=35976.96873 Hz 2 0.618 U Z=92 N=40 L=0.0824972 m f=17988.48437 Hz 2 0.618 U Z=92 N=41 L=0.1649944 m f=8994.24218 Hz 2 0.618 U Z=92 N=42 L=0.3299889 m f=4497.12109 Hz 2 0.618 U Z=92 N=43 L=0.6599778 m f=2248.56055 Hz 2 0.618 U Z=92 N=44 L=1.3199556 m f=1124.28027 Hz 2 0.618 U Z=92 N=45 L=2.6399111 m f=562.14014 Hz 2 0.618 U Z=92 N=46 L=5.2798222 m f=281.07007 Hz 2 0.618 U Z=92 N=47 L=10.5596445 m f=140.53503 Hz 2 0.618 U Z=92 N=48 L=21.1192890 m f=70.26752 Hz 2 0.618 U Z=92 N=49 L=42.2385780 m f=35.13376 Hz 2 0.618 U Z=92 N=50 L=84.4771560 m f=17.56688 Hz 2 0.618 U Z=92 N=51 L=168.9543120 m f=8.78344 Hz 2 0.618 U Z=92 N=52 L=337.9086240 m f=4.39172 Hz 2 0.618 U Z=92 N=53 L=675.8172480 m f=2.19586 Hz 2 0.618 U Z=92 N=54 L=1351.6344959 m f=1.09793 Hz 2 0.618 U Z=92 N=55 L=2703.2689918 m f=0.54896 Hz 2 0.618 U Z=92 N=56 L=5406.5379836 m f=0.27448 Hz 2 0.618 U Z=92 N=57 L=10813.0759672 m f=0.13724 Hz 2 0.618 Np Z=93 N=17 L=0.0000000 m f=149275781034.71216 Hz 2 0.618 Np Z=93 N=18 L=0.0000000 m f=74637890517.35608 Hz 2 0.618 Np Z=93 N=19 L=0.0000000 m f=37318945258.67804 Hz 2 0.618 Np Z=93 N=20 L=0.0000001 m f=18659472629.33902 Hz 2 0.618 Np Z=93 N=21 L=0.0000002 m f=9329736314.66951 Hz 2 0.618 Np Z=93 N=22 L=0.0000003 m f=4664868157.33476 Hz 2 0.618 Np Z=93 N=23 L=0.0000006 m f=2332434078.66738 Hz 2 0.618 Np Z=93 N=24 L=0.0000013 m f=1166217039.33369 Hz 2 0.618 Np Z=93 N=25 L=0.0000025 m f=583108519.66684 Hz 2 0.618 Np Z=93 N=26 L=0.0000051 m f=291554259.83342 Hz 2 0.618 Np Z=93 N=27 L=0.0000102 m f=145777129.91671 Hz 2 0.618 Np Z=93 N=28 L=0.0000204 m f=72888564.95836 Hz 2 0.618 Np Z=93 N=29 L=0.0000407 m f=36444282.47918 Hz 2 0.618 Np Z=93 N=30 L=0.0000814 m f=18222141.23959 Hz 2 0.618 Np Z=93 N=31 L=0.0001629 m f=9111070.61979 Hz 2 0.618 Np Z=93 N=32 L=0.0003258 m f=4555535.30990 Hz 2 0.618 Np Z=93 N=33 L=0.0006515 m f=2277767.65495 Hz 2 0.618 Np Z=93 N=34 L=0.0013030 m f=1138883.82747 Hz 2 0.618 Np Z=93 N=35 L=0.0026061 m f=569441.91374 Hz 2 0.618 Np Z=93 N=36 L=0.0052121 m f=284720.95687 Hz 2 0.618 Np Z=93 N=37 L=0.0104242 m f=142360.47843 Hz 2 0.618 Np Z=93 N=38 L=0.0208485 m f=71180.23922 Hz 2 0.618 Np Z=93 N=39 L=0.0416970 m f=35590.11961 Hz 2 0.618 Np Z=93 N=40 L=0.0833939 m f=17795.05980 Hz 2 0.618 Np Z=93 N=41 L=0.1667879 m f=8897.52990 Hz 2 0.618 Np Z=93 N=42 L=0.3335757 m f=4448.76495 Hz 2 0.618 Np Z=93 N=43 L=0.6671515 m f=2224.38248 Hz 2 0.618 Np Z=93 N=44 L=1.3343029 m f=1112.19124 Hz 2 0.618 Np Z=93 N=45 L=2.6686058 m f=556.09562 Hz 2 0.618 Np Z=93 N=46 L=5.3372116 m f=278.04781 Hz 2 0.618 Np Z=93 N=47 L=10.6744232 m f=139.02390 Hz 2 0.618 Np Z=93 N=48 L=21.3488465 m f=69.51195 Hz 2 0.618 Np Z=93 N=49 L=42.6976930 m f=34.75598 Hz 2 0.618 Np Z=93 N=50 L=85.3953860 m f=17.37799 Hz 2 0.618 Np Z=93 N=51 L=170.7907719 m f=8.68899 Hz 2 0.618 Np Z=93 N=52 L=341.5815438 m f=4.34450 Hz 2 0.618 Np Z=93 N=53 L=683.1630876 m f=2.17225 Hz 2 0.618 Np Z=93 N=54 L=1366.3261752 m f=1.08612 Hz 2 0.618 Np Z=93 N=55 L=2732.6523504 m f=0.54306 Hz 2 0.618 Np Z=93 N=56 L=5465.3047008 m f=0.27153 Hz 2 0.618 Np Z=93 N=57 L=10930.6094017 m f=0.13577 Hz 2 0.618 Pu Z=94 N=17 L=0.0000000 m f=147687740810.93860 Hz 2 0.618 Pu Z=94 N=18 L=0.0000000 m f=73843870405.46930 Hz 2 0.618 Pu Z=94 N=19 L=0.0000000 m f=36921935202.73465 Hz 2 0.618 Pu Z=94 N=20 L=0.0000001 m f=18460967601.36732 Hz 2 0.618 Pu Z=94 N=21 L=0.0000002 m f=9230483800.68366 Hz 2 0.618 Pu Z=94 N=22 L=0.0000003 m f=4615241900.34183 Hz 2 0.618 Pu Z=94 N=23 L=0.0000006 m f=2307620950.17092 Hz 2 0.618 Pu Z=94 N=24 L=0.0000013 m f=1153810475.08546 Hz 2 0.618 Pu Z=94 N=25 L=0.0000026 m f=576905237.54273 Hz 2 0.618 Pu Z=94 N=26 L=0.0000051 m f=288452618.77136 Hz 2 0.618 Pu Z=94 N=27 L=0.0000103 m f=144226309.38568 Hz 2 0.618 Pu Z=94 N=28 L=0.0000206 m f=72113154.69284 Hz 2 0.618 Pu Z=94 N=29 L=0.0000412 m f=36056577.34642 Hz 2 0.618 Pu Z=94 N=30 L=0.0000823 m f=18028288.67321 Hz 2 0.618 Pu Z=94 N=31 L=0.0001646 m f=9014144.33661 Hz 2 0.618 Pu Z=94 N=32 L=0.0003293 m f=4507072.16830 Hz 2 0.618 Pu Z=94 N=33 L=0.0006585 m f=2253536.08415 Hz 2 0.618 Pu Z=94 N=34 L=0.0013170 m f=1126768.04208 Hz 2 0.618 Pu Z=94 N=35 L=0.0026341 m f=563384.02104 Hz 2 0.618 Pu Z=94 N=36 L=0.0052682 m f=281692.01052 Hz 2 0.618 Pu Z=94 N=37 L=0.0105363 m f=140846.00526 Hz 2 0.618 Pu Z=94 N=38 L=0.0210727 m f=70423.00263 Hz 2 0.618 Pu Z=94 N=39 L=0.0421453 m f=35211.50131 Hz 2 0.618 Pu Z=94 N=40 L=0.0842906 m f=17605.75066 Hz 2 0.618 Pu Z=94 N=41 L=0.1685813 m f=8802.87533 Hz 2 0.618 Pu Z=94 N=42 L=0.3371626 m f=4401.43766 Hz 2 0.618 Pu Z=94 N=43 L=0.6743251 m f=2200.71883 Hz 2 0.618 Pu Z=94 N=44 L=1.3486502 m f=1100.35942 Hz 2 0.618 Pu Z=94 N=45 L=2.6973005 m f=550.17971 Hz 2 0.618 Pu Z=94 N=46 L=5.3946010 m f=275.08985 Hz 2 0.618 Pu Z=94 N=47 L=10.7892020 m f=137.54493 Hz 2 0.618 Pu Z=94 N=48 L=21.5784040 m f=68.77246 Hz 2 0.618 Pu Z=94 N=49 L=43.1568080 m f=34.38623 Hz 2 0.618 Pu Z=94 N=50 L=86.3136159 m f=17.19312 Hz 2 0.618 Pu Z=94 N=51 L=172.6272318 m f=8.59656 Hz 2 0.618 Pu Z=94 N=52 L=345.2544636 m f=4.29828 Hz 2 0.618 Pu Z=94 N=53 L=690.5089273 m f=2.14914 Hz 2 0.618 Pu Z=94 N=54 L=1381.0178545 m f=1.07457 Hz 2 0.618 Pu Z=94 N=55 L=2762.0357090 m f=0.53728 Hz 2 0.618 Pu Z=94 N=56 L=5524.0714180 m f=0.26864 Hz 2 0.618 Pu Z=94 N=57 L=11048.1428361 m f=0.13432 Hz 2 0.618 Am Z=95 N=17 L=0.0000000 m f=146133133012.92871 Hz 2 0.618 Am Z=95 N=18 L=0.0000000 m f=73066566506.46436 Hz 2 0.618 Am Z=95 N=19 L=0.0000000 m f=36533283253.23218 Hz 2 0.618 Am Z=95 N=20 L=0.0000001 m f=18266641626.61609 Hz 2 0.618 Am Z=95 N=21 L=0.0000002 m f=9133320813.30805 Hz 2 0.618 Am Z=95 N=22 L=0.0000003 m f=4566660406.65402 Hz 2 0.618 Am Z=95 N=23 L=0.0000006 m f=2283330203.32701 Hz 2 0.618 Am Z=95 N=24 L=0.0000013 m f=1141665101.66351 Hz 2 0.618 Am Z=95 N=25 L=0.0000026 m f=570832550.83175 Hz 2 0.618 Am Z=95 N=26 L=0.0000052 m f=285416275.41588 Hz 2 0.618 Am Z=95 N=27 L=0.0000104 m f=142708137.70794 Hz 2 0.618 Am Z=95 N=28 L=0.0000208 m f=71354068.85397 Hz 2 0.618 Am Z=95 N=29 L=0.0000416 m f=35677034.42698 Hz 2 0.618 Am Z=95 N=30 L=0.0000832 m f=17838517.21349 Hz 2 0.618 Am Z=95 N=31 L=0.0001664 m f=8919258.60675 Hz 2 0.618 Am Z=95 N=32 L=0.0003328 m f=4459629.30337 Hz 2 0.618 Am Z=95 N=33 L=0.0006655 m f=2229814.65169 Hz 2 0.618 Am Z=95 N=34 L=0.0013311 m f=1114907.32584 Hz 2 0.618 Am Z=95 N=35 L=0.0026621 m f=557453.66292 Hz 2 0.618 Am Z=95 N=36 L=0.0053242 m f=278726.83146 Hz 2 0.618 Am Z=95 N=37 L=0.0106484 m f=139363.41573 Hz 2 0.618 Am Z=95 N=38 L=0.0212968 m f=69681.70787 Hz 2 0.618 Am Z=95 N=39 L=0.0425937 m f=34840.85393 Hz 2 0.618 Am Z=95 N=40 L=0.0851873 m f=17420.42697 Hz 2 0.618 Am Z=95 N=41 L=0.1703747 m f=8710.21348 Hz 2 0.618 Am Z=95 N=42 L=0.3407494 m f=4355.10674 Hz 2 0.618 Am Z=95 N=43 L=0.6814988 m f=2177.55337 Hz 2 0.618 Am Z=95 N=44 L=1.3629976 m f=1088.77669 Hz 2 0.618 Am Z=95 N=45 L=2.7259952 m f=544.38834 Hz 2 0.618 Am Z=95 N=46 L=5.4519904 m f=272.19417 Hz 2 0.618 Am Z=95 N=47 L=10.9039807 m f=136.09709 Hz 2 0.618 Am Z=95 N=48 L=21.8079615 m f=68.04854 Hz 2 0.618 Am Z=95 N=49 L=43.6159229 m f=34.02427 Hz 2 0.618 Am Z=95 N=50 L=87.2318459 m f=17.01214 Hz 2 0.618 Am Z=95 N=51 L=174.4636917 m f=8.50607 Hz 2 0.618 Am Z=95 N=52 L=348.9273835 m f=4.25303 Hz 2 0.618 Am Z=95 N=53 L=697.8547669 m f=2.12652 Hz 2 0.618 Am Z=95 N=54 L=1395.7095338 m f=1.06326 Hz 2 0.618 Am Z=95 N=55 L=2791.4190676 m f=0.53163 Hz 2 0.618 Am Z=95 N=56 L=5582.8381353 m f=0.26581 Hz 2 0.618 Am Z=95 N=57 L=11165.6762705 m f=0.13291 Hz 2 0.618 Cm Z=96 N=17 L=0.0000000 m f=144610912877.37738 Hz 2 0.618 Cm Z=96 N=18 L=0.0000000 m f=72305456438.68869 Hz 2 0.618 Cm Z=96 N=19 L=0.0000000 m f=36152728219.34435 Hz 2 0.618 Cm Z=96 N=20 L=0.0000001 m f=18076364109.67217 Hz 2 0.618 Cm Z=96 N=21 L=0.0000002 m f=9038182054.83609 Hz 2 0.618 Cm Z=96 N=22 L=0.0000003 m f=4519091027.41804 Hz 2 0.618 Cm Z=96 N=23 L=0.0000007 m f=2259545513.70902 Hz 2 0.618 Cm Z=96 N=24 L=0.0000013 m f=1129772756.85451 Hz 2 0.618 Cm Z=96 N=25 L=0.0000026 m f=564886378.42726 Hz 2 0.618 Cm Z=96 N=26 L=0.0000053 m f=282443189.21363 Hz 2 0.618 Cm Z=96 N=27 L=0.0000105 m f=141221594.60681 Hz 2 0.618 Cm Z=96 N=28 L=0.0000210 m f=70610797.30341 Hz 2 0.618 Cm Z=96 N=29 L=0.0000420 m f=35305398.65170 Hz 2 0.618 Cm Z=96 N=30 L=0.0000841 m f=17652699.32585 Hz 2 0.618 Cm Z=96 N=31 L=0.0001681 m f=8826349.66293 Hz 2 0.618 Cm Z=96 N=32 L=0.0003363 m f=4413174.83146 Hz 2 0.618 Cm Z=96 N=33 L=0.0006725 m f=2206587.41573 Hz 2 0.618 Cm Z=96 N=34 L=0.0013451 m f=1103293.70787 Hz 2 0.618 Cm Z=96 N=35 L=0.0026901 m f=551646.85393 Hz 2 0.618 Cm Z=96 N=36 L=0.0053803 m f=275823.42697 Hz 2 0.618 Cm Z=96 N=37 L=0.0107605 m f=137911.71348 Hz 2 0.618 Cm Z=96 N=38 L=0.0215210 m f=68955.85674 Hz 2 0.618 Cm Z=96 N=39 L=0.0430420 m f=34477.92837 Hz 2 0.618 Cm Z=96 N=40 L=0.0860841 m f=17238.96419 Hz 2 0.618 Cm Z=96 N=41 L=0.1721681 m f=8619.48209 Hz 2 0.618 Cm Z=96 N=42 L=0.3443362 m f=4309.74105 Hz 2 0.618 Cm Z=96 N=43 L=0.6886725 m f=2154.87052 Hz 2 0.618 Cm Z=96 N=44 L=1.3773449 m f=1077.43526 Hz 2 0.618 Cm Z=96 N=45 L=2.7546899 m f=538.71763 Hz 2 0.618 Cm Z=96 N=46 L=5.5093797 m f=269.35882 Hz 2 0.618 Cm Z=96 N=47 L=11.0187595 m f=134.67941 Hz 2 0.618 Cm Z=96 N=48 L=22.0375190 m f=67.33970 Hz 2 0.618 Cm Z=96 N=49 L=44.0750379 m f=33.66985 Hz 2 0.618 Cm Z=96 N=50 L=88.1500758 m f=16.83493 Hz 2 0.618 Cm Z=96 N=51 L=176.3001516 m f=8.41746 Hz 2 0.618 Cm Z=96 N=52 L=352.6003033 m f=4.20873 Hz 2 0.618 Cm Z=96 N=53 L=705.2006066 m f=2.10437 Hz 2 0.618 Cm Z=96 N=54 L=1410.4012131 m f=1.05218 Hz 2 0.618 Cm Z=96 N=55 L=2820.8024262 m f=0.52609 Hz 2 0.618 Cm Z=96 N=56 L=5641.6048525 m f=0.26305 Hz 2 0.618 Cm Z=96 N=57 L=11283.2097049 m f=0.13152 Hz 2 0.618 Bk Z=97 N=17 L=0.0000000 m f=143120078724.00238 Hz 2 0.618 Bk Z=97 N=18 L=0.0000000 m f=71560039362.00119 Hz 2 0.618 Bk Z=97 N=19 L=0.0000000 m f=35780019681.00060 Hz 2 0.618 Bk Z=97 N=20 L=0.0000001 m f=17890009840.50030 Hz 2 0.618 Bk Z=97 N=21 L=0.0000002 m f=8945004920.25015 Hz 2 0.618 Bk Z=97 N=22 L=0.0000003 m f=4472502460.12507 Hz 2 0.618 Bk Z=97 N=23 L=0.0000007 m f=2236251230.06254 Hz 2 0.618 Bk Z=97 N=24 L=0.0000013 m f=1118125615.03127 Hz 2 0.618 Bk Z=97 N=25 L=0.0000027 m f=559062807.51563 Hz 2 0.618 Bk Z=97 N=26 L=0.0000053 m f=279531403.75782 Hz 2 0.618 Bk Z=97 N=27 L=0.0000106 m f=139765701.87891 Hz 2 0.618 Bk Z=97 N=28 L=0.0000212 m f=69882850.93945 Hz 2 0.618 Bk Z=97 N=29 L=0.0000425 m f=34941425.46973 Hz 2 0.618 Bk Z=97 N=30 L=0.0000849 m f=17470712.73486 Hz 2 0.618 Bk Z=97 N=31 L=0.0001699 m f=8735356.36743 Hz 2 0.618 Bk Z=97 N=32 L=0.0003398 m f=4367678.18372 Hz 2 0.618 Bk Z=97 N=33 L=0.0006795 m f=2183839.09186 Hz 2 0.618 Bk Z=97 N=34 L=0.0013591 m f=1091919.54593 Hz 2 0.618 Bk Z=97 N=35 L=0.0027181 m f=545959.77296 Hz 2 0.618 Bk Z=97 N=36 L=0.0054363 m f=272979.88648 Hz 2 0.618 Bk Z=97 N=37 L=0.0108726 m f=136489.94324 Hz 2 0.618 Bk Z=97 N=38 L=0.0217452 m f=68244.97162 Hz 2 0.618 Bk Z=97 N=39 L=0.0434904 m f=34122.48581 Hz 2 0.618 Bk Z=97 N=40 L=0.0869808 m f=17061.24291 Hz 2 0.618 Bk Z=97 N=41 L=0.1739615 m f=8530.62145 Hz 2 0.618 Bk Z=97 N=42 L=0.3479231 m f=4265.31073 Hz 2 0.618 Bk Z=97 N=43 L=0.6958461 m f=2132.65536 Hz 2 0.618 Bk Z=97 N=44 L=1.3916923 m f=1066.32768 Hz 2 0.618 Bk Z=97 N=45 L=2.7833846 m f=533.16384 Hz 2 0.618 Bk Z=97 N=46 L=5.5667691 m f=266.58192 Hz 2 0.618 Bk Z=97 N=47 L=11.1335382 m f=133.29096 Hz 2 0.618 Bk Z=97 N=48 L=22.2670764 m f=66.64548 Hz 2 0.618 Bk Z=97 N=49 L=44.5341529 m f=33.32274 Hz 2 0.618 Bk Z=97 N=50 L=89.0683058 m f=16.66137 Hz 2 0.618 Bk Z=97 N=51 L=178.1366116 m f=8.33069 Hz 2 0.618 Bk Z=97 N=52 L=356.2732231 m f=4.16534 Hz 2 0.618 Bk Z=97 N=53 L=712.5464462 m f=2.08267 Hz 2 0.618 Bk Z=97 N=54 L=1425.0928924 m f=1.04134 Hz 2 0.618 Bk Z=97 N=55 L=2850.1857848 m f=0.52067 Hz 2 0.618 Bk Z=97 N=56 L=5700.3715697 m f=0.26033 Hz 2 0.618 Bk Z=97 N=57 L=11400.7431394 m f=0.13017 Hz 2 0.618 Cf Z=98 N=17 L=0.0000000 m f=141659669757.43091 Hz 2 0.618 Cf Z=98 N=18 L=0.0000000 m f=70829834878.71545 Hz 2 0.618 Cf Z=98 N=19 L=0.0000000 m f=35414917439.35773 Hz 2 0.618 Cf Z=98 N=20 L=0.0000001 m f=17707458719.67886 Hz 2 0.618 Cf Z=98 N=21 L=0.0000002 m f=8853729359.83943 Hz 2 0.618 Cf Z=98 N=22 L=0.0000003 m f=4426864679.91972 Hz 2 0.618 Cf Z=98 N=23 L=0.0000007 m f=2213432339.95986 Hz 2 0.618 Cf Z=98 N=24 L=0.0000013 m f=1106716169.97993 Hz 2 0.618 Cf Z=98 N=25 L=0.0000027 m f=553358084.98997 Hz 2 0.618 Cf Z=98 N=26 L=0.0000054 m f=276679042.49498 Hz 2 0.618 Cf Z=98 N=27 L=0.0000107 m f=138339521.24749 Hz 2 0.618 Cf Z=98 N=28 L=0.0000215 m f=69169760.62375 Hz 2 0.618 Cf Z=98 N=29 L=0.0000429 m f=34584880.31187 Hz 2 0.618 Cf Z=98 N=30 L=0.0000858 m f=17292440.15594 Hz 2 0.618 Cf Z=98 N=31 L=0.0001716 m f=8646220.07797 Hz 2 0.618 Cf Z=98 N=32 L=0.0003433 m f=4323110.03898 Hz 2 0.618 Cf Z=98 N=33 L=0.0006865 m f=2161555.01949 Hz 2 0.618 Cf Z=98 N=34 L=0.0013731 m f=1080777.50975 Hz 2 0.618 Cf Z=98 N=35 L=0.0027462 m f=540388.75487 Hz 2 0.618 Cf Z=98 N=36 L=0.0054923 m f=270194.37744 Hz 2 0.618 Cf Z=98 N=37 L=0.0109847 m f=135097.18872 Hz 2 0.618 Cf Z=98 N=38 L=0.0219694 m f=67548.59436 Hz 2 0.618 Cf Z=98 N=39 L=0.0439387 m f=33774.29718 Hz 2 0.618 Cf Z=98 N=40 L=0.0878775 m f=16887.14859 Hz 2 0.618 Cf Z=98 N=41 L=0.1757550 m f=8443.57429 Hz 2 0.618 Cf Z=98 N=42 L=0.3515099 m f=4221.78715 Hz 2 0.618 Cf Z=98 N=43 L=0.7030198 m f=2110.89357 Hz 2 0.618 Cf Z=98 N=44 L=1.4060396 m f=1055.44679 Hz 2 0.618 Cf Z=98 N=45 L=2.8120792 m f=527.72339 Hz 2 0.618 Cf Z=98 N=46 L=5.6241585 m f=263.86170 Hz 2 0.618 Cf Z=98 N=47 L=11.2483170 m f=131.93085 Hz 2 0.618 Cf Z=98 N=48 L=22.4966339 m f=65.96542 Hz 2 0.618 Cf Z=98 N=49 L=44.9932679 m f=32.98271 Hz 2 0.618 Cf Z=98 N=50 L=89.9865357 m f=16.49136 Hz 2 0.618 Cf Z=98 N=51 L=179.9730715 m f=8.24568 Hz 2 0.618 Cf Z=98 N=52 L=359.9461429 m f=4.12284 Hz 2 0.618 Cf Z=98 N=53 L=719.8922859 m f=2.06142 Hz 2 0.618 Cf Z=98 N=54 L=1439.7845717 m f=1.03071 Hz 2 0.618 Cf Z=98 N=55 L=2879.5691435 m f=0.51535 Hz 2 0.618 Cf Z=98 N=56 L=5759.1382869 m f=0.25768 Hz 2 0.618 Cf Z=98 N=57 L=11518.2765738 m f=0.12884 Hz 2 0.618 Es Z=99 N=17 L=0.0000000 m f=140228764002.30533 Hz 2 0.618 Es Z=99 N=18 L=0.0000000 m f=70114382001.15266 Hz 2 0.618 Es Z=99 N=19 L=0.0000000 m f=35057191000.57633 Hz 2 0.618 Es Z=99 N=20 L=0.0000001 m f=17528595500.28817 Hz 2 0.618 Es Z=99 N=21 L=0.0000002 m f=8764297750.14408 Hz 2 0.618 Es Z=99 N=22 L=0.0000003 m f=4382148875.07204 Hz 2 0.618 Es Z=99 N=23 L=0.0000007 m f=2191074437.53602 Hz 2 0.618 Es Z=99 N=24 L=0.0000014 m f=1095537218.76801 Hz 2 0.618 Es Z=99 N=25 L=0.0000027 m f=547768609.38401 Hz 2 0.618 Es Z=99 N=26 L=0.0000054 m f=273884304.69200 Hz 2 0.618 Es Z=99 N=27 L=0.0000108 m f=136942152.34600 Hz 2 0.618 Es Z=99 N=28 L=0.0000217 m f=68471076.17300 Hz 2 0.618 Es Z=99 N=29 L=0.0000433 m f=34235538.08650 Hz 2 0.618 Es Z=99 N=30 L=0.0000867 m f=17117769.04325 Hz 2 0.618 Es Z=99 N=31 L=0.0001734 m f=8558884.52163 Hz 2 0.618 Es Z=99 N=32 L=0.0003468 m f=4279442.26081 Hz 2 0.618 Es Z=99 N=33 L=0.0006935 m f=2139721.13041 Hz 2 0.618 Es Z=99 N=34 L=0.0013871 m f=1069860.56520 Hz 2 0.618 Es Z=99 N=35 L=0.0027742 m f=534930.28260 Hz 2 0.618 Es Z=99 N=36 L=0.0055484 m f=267465.14130 Hz 2 0.618 Es Z=99 N=37 L=0.0110968 m f=133732.57065 Hz 2 0.618 Es Z=99 N=38 L=0.0221935 m f=66866.28533 Hz 2 0.618 Es Z=99 N=39 L=0.0443871 m f=33433.14266 Hz 2 0.618 Es Z=99 N=40 L=0.0887742 m f=16716.57133 Hz 2 0.618 Es Z=99 N=41 L=0.1775484 m f=8358.28567 Hz 2 0.618 Es Z=99 N=42 L=0.3550967 m f=4179.14283 Hz 2 0.618 Es Z=99 N=43 L=0.7101935 m f=2089.57142 Hz 2 0.618 Es Z=99 N=44 L=1.4203870 m f=1044.78571 Hz 2 0.618 Es Z=99 N=45 L=2.8407739 m f=522.39285 Hz 2 0.618 Es Z=99 N=46 L=5.6815479 m f=261.19643 Hz 2 0.618 Es Z=99 N=47 L=11.3630957 m f=130.59821 Hz 2 0.618 Es Z=99 N=48 L=22.7261914 m f=65.29911 Hz 2 0.618 Es Z=99 N=49 L=45.4523828 m f=32.64955 Hz 2 0.618 Es Z=99 N=50 L=90.9047657 m f=16.32478 Hz 2 0.618 Es Z=99 N=51 L=181.8095314 m f=8.16239 Hz 2 0.618 Es Z=99 N=52 L=363.6190628 m f=4.08119 Hz 2 0.618 Es Z=99 N=53 L=727.2381255 m f=2.04060 Hz 2 0.618 Es Z=99 N=54 L=1454.4762510 m f=1.02030 Hz 2 0.618 Es Z=99 N=55 L=2908.9525021 m f=0.51015 Hz 2 0.618 Es Z=99 N=56 L=5817.9050041 m f=0.25507 Hz 2 0.618 Es Z=99 N=57 L=11635.8100082 m f=0.12754 Hz 2 0.618 Fm Z=100 N=17 L=0.0000000 m f=138826476362.28229 Hz 2 0.618 Fm Z=100 N=18 L=0.0000000 m f=69413238181.14114 Hz 2 0.618 Fm Z=100 N=19 L=0.0000000 m f=34706619090.57057 Hz 2 0.618 Fm Z=100 N=20 L=0.0000001 m f=17353309545.28529 Hz 2 0.618 Fm Z=100 N=21 L=0.0000002 m f=8676654772.64264 Hz 2 0.618 Fm Z=100 N=22 L=0.0000003 m f=4338327386.32132 Hz 2 0.618 Fm Z=100 N=23 L=0.0000007 m f=2169163693.16066 Hz 2 0.618 Fm Z=100 N=24 L=0.0000014 m f=1084581846.58033 Hz 2 0.618 Fm Z=100 N=25 L=0.0000027 m f=542290923.29017 Hz 2 0.618 Fm Z=100 N=26 L=0.0000055 m f=271145461.64508 Hz 2 0.618 Fm Z=100 N=27 L=0.0000109 m f=135572730.82254 Hz 2 0.618 Fm Z=100 N=28 L=0.0000219 m f=67786365.41127 Hz 2 0.618 Fm Z=100 N=29 L=0.0000438 m f=33893182.70564 Hz 2 0.618 Fm Z=100 N=30 L=0.0000876 m f=16946591.35282 Hz 2 0.618 Fm Z=100 N=31 L=0.0001751 m f=8473295.67641 Hz 2 0.618 Fm Z=100 N=32 L=0.0003503 m f=4236647.83820 Hz 2 0.618 Fm Z=100 N=33 L=0.0007006 m f=2118323.91910 Hz 2 0.618 Fm Z=100 N=34 L=0.0014011 m f=1059161.95955 Hz 2 0.618 Fm Z=100 N=35 L=0.0028022 m f=529580.97978 Hz 2 0.618 Fm Z=100 N=36 L=0.0056044 m f=264790.48989 Hz 2 0.618 Fm Z=100 N=37 L=0.0112089 m f=132395.24494 Hz 2 0.618 Fm Z=100 N=38 L=0.0224177 m f=66197.62247 Hz 2 0.618 Fm Z=100 N=39 L=0.0448354 m f=33098.81124 Hz 2 0.618 Fm Z=100 N=40 L=0.0896709 m f=16549.40562 Hz 2 0.618 Fm Z=100 N=41 L=0.1793418 m f=8274.70281 Hz 2 0.618 Fm Z=100 N=42 L=0.3586836 m f=4137.35140 Hz 2 0.618 Fm Z=100 N=43 L=0.7173672 m f=2068.67570 Hz 2 0.618 Fm Z=100 N=44 L=1.4347343 m f=1034.33785 Hz 2 0.618 Fm Z=100 N=45 L=2.8694686 m f=517.16893 Hz 2 0.618 Fm Z=100 N=46 L=5.7389372 m f=258.58446 Hz 2 0.618 Fm Z=100 N=47 L=11.4778745 m f=129.29223 Hz 2 0.618 Fm Z=100 N=48 L=22.9557489 m f=64.64612 Hz 2 0.618 Fm Z=100 N=49 L=45.9114978 m f=32.32306 Hz 2 0.618 Fm Z=100 N=50 L=91.8229956 m f=16.16153 Hz 2 0.618 Fm Z=100 N=51 L=183.6459913 m f=8.08076 Hz 2 0.618 Fm Z=100 N=52 L=367.2919826 m f=4.04038 Hz 2 0.618 Fm Z=100 N=53 L=734.5839652 m f=2.02019 Hz 2 0.618 Fm Z=100 N=54 L=1469.1679303 m f=1.01010 Hz 2 0.618 Fm Z=100 N=55 L=2938.3358607 m f=0.50505 Hz 2 0.618 Fm Z=100 N=56 L=5876.6717213 m f=0.25252 Hz 2 0.618 Fm Z=100 N=57 L=11753.3434427 m f=0.12626 Hz 2 0.618 Md Z=101 N=17 L=0.0000000 m f=137451956794.33893 Hz 2 0.618 Md Z=101 N=18 L=0.0000000 m f=68725978397.16946 Hz 2 0.618 Md Z=101 N=19 L=0.0000000 m f=34362989198.58473 Hz 2 0.618 Md Z=101 N=20 L=0.0000001 m f=17181494599.29237 Hz 2 0.618 Md Z=101 N=21 L=0.0000002 m f=8590747299.64618 Hz 2 0.618 Md Z=101 N=22 L=0.0000003 m f=4295373649.82309 Hz 2 0.618 Md Z=101 N=23 L=0.0000007 m f=2147686824.91155 Hz 2 0.618 Md Z=101 N=24 L=0.0000014 m f=1073843412.45577 Hz 2 0.618 Md Z=101 N=25 L=0.0000028 m f=536921706.22789 Hz 2 0.618 Md Z=101 N=26 L=0.0000055 m f=268460853.11394 Hz 2 0.618 Md Z=101 N=27 L=0.0000111 m f=134230426.55697 Hz 2 0.618 Md Z=101 N=28 L=0.0000221 m f=67115213.27849 Hz 2 0.618 Md Z=101 N=29 L=0.0000442 m f=33557606.63924 Hz 2 0.618 Md Z=101 N=30 L=0.0000884 m f=16778803.31962 Hz 2 0.618 Md Z=101 N=31 L=0.0001769 m f=8389401.65981 Hz 2 0.618 Md Z=101 N=32 L=0.0003538 m f=4194700.82991 Hz 2 0.618 Md Z=101 N=33 L=0.0007076 m f=2097350.41495 Hz 2 0.618 Md Z=101 N=34 L=0.0014151 m f=1048675.20748 Hz 2 0.618 Md Z=101 N=35 L=0.0028302 m f=524337.60374 Hz 2 0.618 Md Z=101 N=36 L=0.0056605 m f=262168.80187 Hz 2 0.618 Md Z=101 N=37 L=0.0113210 m f=131084.40093 Hz 2 0.618 Md Z=101 N=38 L=0.0226419 m f=65542.20047 Hz 2 0.618 Md Z=101 N=39 L=0.0452838 m f=32771.10023 Hz 2 0.618 Md Z=101 N=40 L=0.0905676 m f=16385.55012 Hz 2 0.618 Md Z=101 N=41 L=0.1811352 m f=8192.77506 Hz 2 0.618 Md Z=101 N=42 L=0.3622704 m f=4096.38753 Hz 2 0.618 Md Z=101 N=43 L=0.7245408 m f=2048.19376 Hz 2 0.618 Md Z=101 N=44 L=1.4490817 m f=1024.09688 Hz 2 0.618 Md Z=101 N=45 L=2.8981633 m f=512.04844 Hz 2 0.618 Md Z=101 N=46 L=5.7963266 m f=256.02422 Hz 2 0.618 Md Z=101 N=47 L=11.5926532 m f=128.01211 Hz 2 0.618 Md Z=101 N=48 L=23.1853064 m f=64.00606 Hz 2 0.618 Md Z=101 N=49 L=46.3706128 m f=32.00303 Hz 2 0.618 Md Z=101 N=50 L=92.7412256 m f=16.00151 Hz 2 0.618 Md Z=101 N=51 L=185.4824512 m f=8.00076 Hz 2 0.618 Md Z=101 N=52 L=370.9649024 m f=4.00038 Hz 2 0.618 Md Z=101 N=53 L=741.9298048 m f=2.00019 Hz 2 0.618 Md Z=101 N=54 L=1483.8596096 m f=1.00009 Hz 2 0.618 Md Z=101 N=55 L=2967.7192193 m f=0.50005 Hz 2 0.618 Md Z=101 N=56 L=5935.4384385 m f=0.25002 Hz 2 0.618 Md Z=101 N=57 L=11870.8768771 m f=0.12501 Hz 2 0.618 No Z=102 N=17 L=0.0000000 m f=136104388590.47282 Hz 2 0.618 No Z=102 N=18 L=0.0000000 m f=68052194295.23641 Hz 2 0.618 No Z=102 N=19 L=0.0000000 m f=34026097147.61821 Hz 2 0.618 No Z=102 N=20 L=0.0000001 m f=17013048573.80910 Hz 2 0.618 No Z=102 N=21 L=0.0000002 m f=8506524286.90455 Hz 2 0.618 No Z=102 N=22 L=0.0000003 m f=4253262143.45228 Hz 2 0.618 No Z=102 N=23 L=0.0000007 m f=2126631071.72614 Hz 2 0.618 No Z=102 N=24 L=0.0000014 m f=1063315535.86307 Hz 2 0.618 No Z=102 N=25 L=0.0000028 m f=531657767.93154 Hz 2 0.618 No Z=102 N=26 L=0.0000056 m f=265828883.96577 Hz 2 0.618 No Z=102 N=27 L=0.0000112 m f=132914441.98288 Hz 2 0.618 No Z=102 N=28 L=0.0000223 m f=66457220.99144 Hz 2 0.618 No Z=102 N=29 L=0.0000447 m f=33228610.49572 Hz 2 0.618 No Z=102 N=30 L=0.0000893 m f=16614305.24786 Hz 2 0.618 No Z=102 N=31 L=0.0001786 m f=8307152.62393 Hz 2 0.618 No Z=102 N=32 L=0.0003573 m f=4153576.31197 Hz 2 0.618 No Z=102 N=33 L=0.0007146 m f=2076788.15598 Hz 2 0.618 No Z=102 N=34 L=0.0014291 m f=1038394.07799 Hz 2 0.618 No Z=102 N=35 L=0.0028583 m f=519197.03900 Hz 2 0.618 No Z=102 N=36 L=0.0057165 m f=259598.51950 Hz 2 0.618 No Z=102 N=37 L=0.0114330 m f=129799.25975 Hz 2 0.618 No Z=102 N=38 L=0.0228661 m f=64899.62987 Hz 2 0.618 No Z=102 N=39 L=0.0457322 m f=32449.81494 Hz 2 0.618 No Z=102 N=40 L=0.0914643 m f=16224.90747 Hz 2 0.618 No Z=102 N=41 L=0.1829286 m f=8112.45373 Hz 2 0.618 No Z=102 N=42 L=0.3658572 m f=4056.22687 Hz 2 0.618 No Z=102 N=43 L=0.7317145 m f=2028.11343 Hz 2 0.618 No Z=102 N=44 L=1.4634290 m f=1014.05672 Hz 2 0.618 No Z=102 N=45 L=2.9268580 m f=507.02836 Hz 2 0.618 No Z=102 N=46 L=5.8537160 m f=253.51418 Hz 2 0.618 No Z=102 N=47 L=11.7074319 m f=126.75709 Hz 2 0.618 No Z=102 N=48 L=23.4148639 m f=63.37854 Hz 2 0.618 No Z=102 N=49 L=46.8297278 m f=31.68927 Hz 2 0.618 No Z=102 N=50 L=93.6594556 m f=15.84464 Hz 2 0.618 No Z=102 N=51 L=187.3189111 m f=7.92232 Hz 2 0.618 No Z=102 N=52 L=374.6378222 m f=3.96116 Hz 2 0.618 No Z=102 N=53 L=749.2756445 m f=1.98058 Hz 2 0.618 No Z=102 N=54 L=1498.5512889 m f=0.99029 Hz 2 0.618 No Z=102 N=55 L=2997.1025779 m f=0.49514 Hz 2 0.618 No Z=102 N=56 L=5994.2051558 m f=0.24757 Hz 2 0.618 No Z=102 N=57 L=11988.4103115 m f=0.12379 Hz 2 0.618 Lr Z=103 N=17 L=0.0000000 m f=134782986759.49736 Hz 2 0.618 Lr Z=103 N=18 L=0.0000000 m f=67391493379.74868 Hz 2 0.618 Lr Z=103 N=19 L=0.0000000 m f=33695746689.87434 Hz 2 0.618 Lr Z=103 N=20 L=0.0000001 m f=16847873344.93717 Hz 2 0.618 Lr Z=103 N=21 L=0.0000002 m f=8423936672.46859 Hz 2 0.618 Lr Z=103 N=22 L=0.0000004 m f=4211968336.23429 Hz 2 0.618 Lr Z=103 N=23 L=0.0000007 m f=2105984168.11715 Hz 2 0.618 Lr Z=103 N=24 L=0.0000014 m f=1052992084.05857 Hz 2 0.618 Lr Z=103 N=25 L=0.0000028 m f=526496042.02929 Hz 2 0.618 Lr Z=103 N=26 L=0.0000056 m f=263248021.01464 Hz 2 0.618 Lr Z=103 N=27 L=0.0000113 m f=131624010.50732 Hz 2 0.618 Lr Z=103 N=28 L=0.0000225 m f=65812005.25366 Hz 2 0.618 Lr Z=103 N=29 L=0.0000451 m f=32906002.62683 Hz 2 0.618 Lr Z=103 N=30 L=0.0000902 m f=16453001.31342 Hz 2 0.618 Lr Z=103 N=31 L=0.0001804 m f=8226500.65671 Hz 2 0.618 Lr Z=103 N=32 L=0.0003608 m f=4113250.32835 Hz 2 0.618 Lr Z=103 N=33 L=0.0007216 m f=2056625.16418 Hz 2 0.618 Lr Z=103 N=34 L=0.0014431 m f=1028312.58209 Hz 2 0.618 Lr Z=103 N=35 L=0.0028863 m f=514156.29104 Hz 2 0.618 Lr Z=103 N=36 L=0.0057726 m f=257078.14552 Hz 2 0.618 Lr Z=103 N=37 L=0.0115451 m f=128539.07276 Hz 2 0.618 Lr Z=103 N=38 L=0.0230903 m f=64269.53638 Hz 2 0.618 Lr Z=103 N=39 L=0.0461805 m f=32134.76819 Hz 2 0.618 Lr Z=103 N=40 L=0.0923610 m f=16067.38410 Hz 2 0.618 Lr Z=103 N=41 L=0.1847220 m f=8033.69205 Hz 2 0.618 Lr Z=103 N=42 L=0.3694441 m f=4016.84602 Hz 2 0.618 Lr Z=103 N=43 L=0.7388882 m f=2008.42301 Hz 2 0.618 Lr Z=103 N=44 L=1.4777763 m f=1004.21151 Hz 2 0.618 Lr Z=103 N=45 L=2.9555527 m f=502.10575 Hz 2 0.618 Lr Z=103 N=46 L=5.9111053 m f=251.05288 Hz 2 0.618 Lr Z=103 N=47 L=11.8222107 m f=125.52644 Hz 2 0.618 Lr Z=103 N=48 L=23.6444214 m f=62.76322 Hz 2 0.618 Lr Z=103 N=49 L=47.2888428 m f=31.38161 Hz 2 0.618 Lr Z=103 N=50 L=94.5776855 m f=15.69080 Hz 2 0.618 Lr Z=103 N=51 L=189.1553710 m f=7.84540 Hz 2 0.618 Lr Z=103 N=52 L=378.3107421 m f=3.92270 Hz 2 0.618 Lr Z=103 N=53 L=756.6214841 m f=1.96135 Hz 2 0.618 Lr Z=103 N=54 L=1513.2429682 m f=0.98068 Hz 2 0.618 Lr Z=103 N=55 L=3026.4859365 m f=0.49034 Hz 2 0.618 Lr Z=103 N=56 L=6052.9718730 m f=0.24517 Hz 2 0.618 Lr Z=103 N=57 L=12105.9437459 m f=0.12258 Hz 2 0.618 Rf Z=104 N=17 L=0.0000000 m f=133486996502.19450 Hz 2 0.618 Rf Z=104 N=18 L=0.0000000 m f=66743498251.09725 Hz 2 0.618 Rf Z=104 N=19 L=0.0000000 m f=33371749125.54863 Hz 2 0.618 Rf Z=104 N=20 L=0.0000001 m f=16685874562.77431 Hz 2 0.618 Rf Z=104 N=21 L=0.0000002 m f=8342937281.38716 Hz 2 0.618 Rf Z=104 N=22 L=0.0000004 m f=4171468640.69358 Hz 2 0.618 Rf Z=104 N=23 L=0.0000007 m f=2085734320.34679 Hz 2 0.618 Rf Z=104 N=24 L=0.0000014 m f=1042867160.17339 Hz 2 0.618 Rf Z=104 N=25 L=0.0000028 m f=521433580.08670 Hz 2 0.618 Rf Z=104 N=26 L=0.0000057 m f=260716790.04335 Hz 2 0.618 Rf Z=104 N=27 L=0.0000114 m f=130358395.02167 Hz 2 0.618 Rf Z=104 N=28 L=0.0000228 m f=65179197.51084 Hz 2 0.618 Rf Z=104 N=29 L=0.0000455 m f=32589598.75542 Hz 2 0.618 Rf Z=104 N=30 L=0.0000911 m f=16294799.37771 Hz 2 0.618 Rf Z=104 N=31 L=0.0001821 m f=8147399.68885 Hz 2 0.618 Rf Z=104 N=32 L=0.0003643 m f=4073699.84443 Hz 2 0.618 Rf Z=104 N=33 L=0.0007286 m f=2036849.92221 Hz 2 0.618 Rf Z=104 N=34 L=0.0014572 m f=1018424.96111 Hz 2 0.618 Rf Z=104 N=35 L=0.0029143 m f=509212.48055 Hz 2 0.618 Rf Z=104 N=36 L=0.0058286 m f=254606.24028 Hz 2 0.618 Rf Z=104 N=37 L=0.0116572 m f=127303.12014 Hz 2 0.618 Rf Z=104 N=38 L=0.0233144 m f=63651.56007 Hz 2 0.618 Rf Z=104 N=39 L=0.0466289 m f=31825.78003 Hz 2 0.618 Rf Z=104 N=40 L=0.0932577 m f=15912.89002 Hz 2 0.618 Rf Z=104 N=41 L=0.1865155 m f=7956.44501 Hz 2 0.618 Rf Z=104 N=42 L=0.3730309 m f=3978.22250 Hz 2 0.618 Rf Z=104 N=43 L=0.7460618 m f=1989.11125 Hz 2 0.618 Rf Z=104 N=44 L=1.4921237 m f=994.55563 Hz 2 0.618 Rf Z=104 N=45 L=2.9842474 m f=497.27781 Hz 2 0.618 Rf Z=104 N=46 L=5.9684947 m f=248.63891 Hz 2 0.618 Rf Z=104 N=47 L=11.9369894 m f=124.31945 Hz 2 0.618 Rf Z=104 N=48 L=23.8739789 m f=62.15973 Hz 2 0.618 Rf Z=104 N=49 L=47.7479577 m f=31.07986 Hz 2 0.618 Rf Z=104 N=50 L=95.4959155 m f=15.53993 Hz 2 0.618 Rf Z=104 N=51 L=190.9918309 m f=7.76997 Hz 2 0.618 Rf Z=104 N=52 L=381.9836619 m f=3.88498 Hz 2 0.618 Rf Z=104 N=53 L=763.9673238 m f=1.94249 Hz 2 0.618 Rf Z=104 N=54 L=1527.9346475 m f=0.97125 Hz 2 0.618 Rf Z=104 N=55 L=3055.8692951 m f=0.48562 Hz 2 0.618 Rf Z=104 N=56 L=6111.7385902 m f=0.24281 Hz 2 0.618 Rf Z=104 N=57 L=12223.4771804 m f=0.12141 Hz 2 0.618 Db Z=105 N=17 L=0.0000000 m f=132215691773.60217 Hz 2 0.618 Db Z=105 N=18 L=0.0000000 m f=66107845886.80109 Hz 2 0.618 Db Z=105 N=19 L=0.0000000 m f=33053922943.40054 Hz 2 0.618 Db Z=105 N=20 L=0.0000001 m f=16526961471.70027 Hz 2 0.618 Db Z=105 N=21 L=0.0000002 m f=8263480735.85014 Hz 2 0.618 Db Z=105 N=22 L=0.0000004 m f=4131740367.92507 Hz 2 0.618 Db Z=105 N=23 L=0.0000007 m f=2065870183.96253 Hz 2 0.618 Db Z=105 N=24 L=0.0000014 m f=1032935091.98127 Hz 2 0.618 Db Z=105 N=25 L=0.0000029 m f=516467545.99063 Hz 2 0.618 Db Z=105 N=26 L=0.0000057 m f=258233772.99532 Hz 2 0.618 Db Z=105 N=27 L=0.0000115 m f=129116886.49766 Hz 2 0.618 Db Z=105 N=28 L=0.0000230 m f=64558443.24883 Hz 2 0.618 Db Z=105 N=29 L=0.0000460 m f=32279221.62441 Hz 2 0.618 Db Z=105 N=30 L=0.0000919 m f=16139610.81221 Hz 2 0.618 Db Z=105 N=31 L=0.0001839 m f=8069805.40610 Hz 2 0.618 Db Z=105 N=32 L=0.0003678 m f=4034902.70305 Hz 2 0.618 Db Z=105 N=33 L=0.0007356 m f=2017451.35153 Hz 2 0.618 Db Z=105 N=34 L=0.0014712 m f=1008725.67576 Hz 2 0.618 Db Z=105 N=35 L=0.0029423 m f=504362.83788 Hz 2 0.618 Db Z=105 N=36 L=0.0058847 m f=252181.41894 Hz 2 0.618 Db Z=105 N=37 L=0.0117693 m f=126090.70947 Hz 2 0.618 Db Z=105 N=38 L=0.0235386 m f=63045.35474 Hz 2 0.618 Db Z=105 N=39 L=0.0470772 m f=31522.67737 Hz 2 0.618 Db Z=105 N=40 L=0.0941544 m f=15761.33868 Hz 2 0.618 Db Z=105 N=41 L=0.1883089 m f=7880.66934 Hz 2 0.618 Db Z=105 N=42 L=0.3766178 m f=3940.33467 Hz 2 0.618 Db Z=105 N=43 L=0.7532355 m f=1970.16734 Hz 2 0.618 Db Z=105 N=44 L=1.5064710 m f=985.08367 Hz 2 0.618 Db Z=105 N=45 L=3.0129420 m f=492.54183 Hz 2 0.618 Db Z=105 N=46 L=6.0258841 m f=246.27092 Hz 2 0.618 Db Z=105 N=47 L=12.0517682 m f=123.13546 Hz 2 0.618 Db Z=105 N=48 L=24.1035364 m f=61.56773 Hz 2 0.618 Db Z=105 N=49 L=48.2070727 m f=30.78386 Hz 2 0.618 Db Z=105 N=50 L=96.4141454 m f=15.39193 Hz 2 0.618 Db Z=105 N=51 L=192.8282909 m f=7.69597 Hz 2 0.618 Db Z=105 N=52 L=385.6565817 m f=3.84798 Hz 2 0.618 Db Z=105 N=53 L=771.3131634 m f=1.92399 Hz 2 0.618 Db Z=105 N=54 L=1542.6263268 m f=0.96200 Hz 2 0.618 Db Z=105 N=55 L=3085.2526537 m f=0.48100 Hz 2 0.618 Db Z=105 N=56 L=6170.5053074 m f=0.24050 Hz 2 0.618 Db Z=105 N=57 L=12341.0106148 m f=0.12025 Hz 2 0.618 Sg Z=106 N=17 L=0.0000000 m f=130968373926.68141 Hz 2 0.618 Sg Z=106 N=18 L=0.0000000 m f=65484186963.34071 Hz 2 0.618 Sg Z=106 N=19 L=0.0000000 m f=32742093481.67035 Hz 2 0.618 Sg Z=106 N=20 L=0.0000001 m f=16371046740.83518 Hz 2 0.618 Sg Z=106 N=21 L=0.0000002 m f=8185523370.41759 Hz 2 0.618 Sg Z=106 N=22 L=0.0000004 m f=4092761685.20879 Hz 2 0.618 Sg Z=106 N=23 L=0.0000007 m f=2046380842.60440 Hz 2 0.618 Sg Z=106 N=24 L=0.0000015 m f=1023190421.30220 Hz 2 0.618 Sg Z=106 N=25 L=0.0000029 m f=511595210.65110 Hz 2 0.618 Sg Z=106 N=26 L=0.0000058 m f=255797605.32555 Hz 2 0.618 Sg Z=106 N=27 L=0.0000116 m f=127898802.66278 Hz 2 0.618 Sg Z=106 N=28 L=0.0000232 m f=63949401.33139 Hz 2 0.618 Sg Z=106 N=29 L=0.0000464 m f=31974700.66569 Hz 2 0.618 Sg Z=106 N=30 L=0.0000928 m f=15987350.33285 Hz 2 0.618 Sg Z=106 N=31 L=0.0001856 m f=7993675.16642 Hz 2 0.618 Sg Z=106 N=32 L=0.0003713 m f=3996837.58321 Hz 2 0.618 Sg Z=106 N=33 L=0.0007426 m f=1998418.79161 Hz 2 0.618 Sg Z=106 N=34 L=0.0014852 m f=999209.39580 Hz 2 0.618 Sg Z=106 N=35 L=0.0029703 m f=499604.69790 Hz 2 0.618 Sg Z=106 N=36 L=0.0059407 m f=249802.34895 Hz 2 0.618 Sg Z=106 N=37 L=0.0118814 m f=124901.17448 Hz 2 0.618 Sg Z=106 N=38 L=0.0237628 m f=62450.58724 Hz 2 0.618 Sg Z=106 N=39 L=0.0475256 m f=31225.29362 Hz 2 0.618 Sg Z=106 N=40 L=0.0950511 m f=15612.64681 Hz 2 0.618 Sg Z=106 N=41 L=0.1901023 m f=7806.32340 Hz 2 0.618 Sg Z=106 N=42 L=0.3802046 m f=3903.16170 Hz 2 0.618 Sg Z=106 N=43 L=0.7604092 m f=1951.58085 Hz 2 0.618 Sg Z=106 N=44 L=1.5208184 m f=975.79043 Hz 2 0.618 Sg Z=106 N=45 L=3.0416367 m f=487.89521 Hz 2 0.618 Sg Z=106 N=46 L=6.0832735 m f=243.94761 Hz 2 0.618 Sg Z=106 N=47 L=12.1665469 m f=121.97380 Hz 2 0.618 Sg Z=106 N=48 L=24.3330938 m f=60.98690 Hz 2 0.618 Sg Z=106 N=49 L=48.6661877 m f=30.49345 Hz 2 0.618 Sg Z=106 N=50 L=97.3323754 m f=15.24673 Hz 2 0.618 Sg Z=106 N=51 L=194.6647508 m f=7.62336 Hz 2 0.618 Sg Z=106 N=52 L=389.3295015 m f=3.81168 Hz 2 0.618 Sg Z=106 N=53 L=778.6590031 m f=1.90584 Hz 2 0.618 Sg Z=106 N=54 L=1557.3180062 m f=0.95292 Hz 2 0.618 Sg Z=106 N=55 L=3114.6360123 m f=0.47646 Hz 2 0.618 Sg Z=106 N=56 L=6229.2720246 m f=0.23823 Hz 2 0.618 Sg Z=106 N=57 L=12458.5440492 m f=0.11912 Hz 2 0.618 Bh Z=107 N=17 L=0.0000000 m f=129744370432.03952 Hz 2 0.618 Bh Z=107 N=18 L=0.0000000 m f=64872185216.01976 Hz 2 0.618 Bh Z=107 N=19 L=0.0000000 m f=32436092608.00988 Hz 2 0.618 Bh Z=107 N=20 L=0.0000001 m f=16218046304.00494 Hz 2 0.618 Bh Z=107 N=21 L=0.0000002 m f=8109023152.00247 Hz 2 0.618 Bh Z=107 N=22 L=0.0000004 m f=4054511576.00124 Hz 2 0.618 Bh Z=107 N=23 L=0.0000007 m f=2027255788.00062 Hz 2 0.618 Bh Z=107 N=24 L=0.0000015 m f=1013627894.00031 Hz 2 0.618 Bh Z=107 N=25 L=0.0000029 m f=506813947.00015 Hz 2 0.618 Bh Z=107 N=26 L=0.0000059 m f=253406973.50008 Hz 2 0.618 Bh Z=107 N=27 L=0.0000117 m f=126703486.75004 Hz 2 0.618 Bh Z=107 N=28 L=0.0000234 m f=63351743.37502 Hz 2 0.618 Bh Z=107 N=29 L=0.0000468 m f=31675871.68751 Hz 2 0.618 Bh Z=107 N=30 L=0.0000937 m f=15837935.84375 Hz 2 0.618 Bh Z=107 N=31 L=0.0001874 m f=7918967.92188 Hz 2 0.618 Bh Z=107 N=32 L=0.0003748 m f=3959483.96094 Hz 2 0.618 Bh Z=107 N=33 L=0.0007496 m f=1979741.98047 Hz 2 0.618 Bh Z=107 N=34 L=0.0014992 m f=989870.99023 Hz 2 0.618 Bh Z=107 N=35 L=0.0029984 m f=494935.49512 Hz 2 0.618 Bh Z=107 N=36 L=0.0059967 m f=247467.74756 Hz 2 0.618 Bh Z=107 N=37 L=0.0119935 m f=123733.87378 Hz 2 0.618 Bh Z=107 N=38 L=0.0239870 m f=61866.93689 Hz 2 0.618 Bh Z=107 N=39 L=0.0479739 m f=30933.46844 Hz 2 0.618 Bh Z=107 N=40 L=0.0959479 m f=15466.73422 Hz 2 0.618 Bh Z=107 N=41 L=0.1918957 m f=7733.36711 Hz 2 0.618 Bh Z=107 N=42 L=0.3837914 m f=3866.68356 Hz 2 0.618 Bh Z=107 N=43 L=0.7675829 m f=1933.34178 Hz 2 0.618 Bh Z=107 N=44 L=1.5351657 m f=966.67089 Hz 2 0.618 Bh Z=107 N=45 L=3.0703314 m f=483.33544 Hz 2 0.618 Bh Z=107 N=46 L=6.1406628 m f=241.66772 Hz 2 0.618 Bh Z=107 N=47 L=12.2813257 m f=120.83386 Hz 2 0.618 Bh Z=107 N=48 L=24.5626513 m f=60.41693 Hz 2 0.618 Bh Z=107 N=49 L=49.1253027 m f=30.20847 Hz 2 0.618 Bh Z=107 N=50 L=98.2506053 m f=15.10423 Hz 2 0.618 Bh Z=107 N=51 L=196.5012107 m f=7.55212 Hz 2 0.618 Bh Z=107 N=52 L=393.0024214 m f=3.77606 Hz 2 0.618 Bh Z=107 N=53 L=786.0048427 m f=1.88803 Hz 2 0.618 Bh Z=107 N=54 L=1572.0096855 m f=0.94401 Hz 2 0.618 Bh Z=107 N=55 L=3144.0193709 m f=0.47201 Hz 2 0.618 Bh Z=107 N=56 L=6288.0387418 m f=0.23600 Hz 2 0.618 Bh Z=107 N=57 L=12576.0774836 m f=0.11800 Hz 2 0.618 Hs Z=108 N=17 L=0.0000000 m f=128543033668.77989 Hz 2 0.618 Hs Z=108 N=18 L=0.0000000 m f=64271516834.38995 Hz 2 0.618 Hs Z=108 N=19 L=0.0000000 m f=32135758417.19497 Hz 2 0.618 Hs Z=108 N=20 L=0.0000001 m f=16067879208.59749 Hz 2 0.618 Hs Z=108 N=21 L=0.0000002 m f=8033939604.29874 Hz 2 0.618 Hs Z=108 N=22 L=0.0000004 m f=4016969802.14937 Hz 2 0.618 Hs Z=108 N=23 L=0.0000007 m f=2008484901.07469 Hz 2 0.618 Hs Z=108 N=24 L=0.0000015 m f=1004242450.53734 Hz 2 0.618 Hs Z=108 N=25 L=0.0000030 m f=502121225.26867 Hz 2 0.618 Hs Z=108 N=26 L=0.0000059 m f=251060612.63434 Hz 2 0.618 Hs Z=108 N=27 L=0.0000118 m f=125530306.31717 Hz 2 0.618 Hs Z=108 N=28 L=0.0000236 m f=62765153.15858 Hz 2 0.618 Hs Z=108 N=29 L=0.0000473 m f=31382576.57929 Hz 2 0.618 Hs Z=108 N=30 L=0.0000946 m f=15691288.28965 Hz 2 0.618 Hs Z=108 N=31 L=0.0001891 m f=7845644.14482 Hz 2 0.618 Hs Z=108 N=32 L=0.0003783 m f=3922822.07241 Hz 2 0.618 Hs Z=108 N=33 L=0.0007566 m f=1961411.03621 Hz 2 0.618 Hs Z=108 N=34 L=0.0015132 m f=980705.51810 Hz 2 0.618 Hs Z=108 N=35 L=0.0030264 m f=490352.75905 Hz 2 0.618 Hs Z=108 N=36 L=0.0060528 m f=245176.37953 Hz 2 0.618 Hs Z=108 N=37 L=0.0121056 m f=122588.18976 Hz 2 0.618 Hs Z=108 N=38 L=0.0242111 m f=61294.09488 Hz 2 0.618 Hs Z=108 N=39 L=0.0484223 m f=30647.04744 Hz 2 0.618 Hs Z=108 N=40 L=0.0968446 m f=15323.52372 Hz 2 0.618 Hs Z=108 N=41 L=0.1936891 m f=7661.76186 Hz 2 0.618 Hs Z=108 N=42 L=0.3873783 m f=3830.88093 Hz 2 0.618 Hs Z=108 N=43 L=0.7747565 m f=1915.44047 Hz 2 0.618 Hs Z=108 N=44 L=1.5495131 m f=957.72023 Hz 2 0.618 Hs Z=108 N=45 L=3.0990261 m f=478.86012 Hz 2 0.618 Hs Z=108 N=46 L=6.1980522 m f=239.43006 Hz 2 0.618 Hs Z=108 N=47 L=12.3961044 m f=119.71503 Hz 2 0.618 Hs Z=108 N=48 L=24.7922088 m f=59.85751 Hz 2 0.618 Hs Z=108 N=49 L=49.5844176 m f=29.92876 Hz 2 0.618 Hs Z=108 N=50 L=99.1688353 m f=14.96438 Hz 2 0.618 Hs Z=108 N=51 L=198.3376706 m f=7.48219 Hz 2 0.618 Hs Z=108 N=52 L=396.6753412 m f=3.74109 Hz 2 0.618 Hs Z=108 N=53 L=793.3506824 m f=1.87055 Hz 2 0.618 Hs Z=108 N=54 L=1586.7013648 m f=0.93527 Hz 2 0.618 Hs Z=108 N=55 L=3173.4027295 m f=0.46764 Hz 2 0.618 Hs Z=108 N=56 L=6346.8054590 m f=0.23382 Hz 2 0.618 Hs Z=108 N=57 L=12693.6109181 m f=0.11691 Hz 2 0.618 Mt Z=109 N=17 L=0.0000000 m f=127363739781.91035 Hz 2 0.618 Mt Z=109 N=18 L=0.0000000 m f=63681869890.95518 Hz 2 0.618 Mt Z=109 N=19 L=0.0000000 m f=31840934945.47759 Hz 2 0.618 Mt Z=109 N=20 L=0.0000001 m f=15920467472.73879 Hz 2 0.618 Mt Z=109 N=21 L=0.0000002 m f=7960233736.36940 Hz 2 0.618 Mt Z=109 N=22 L=0.0000004 m f=3980116868.18470 Hz 2 0.618 Mt Z=109 N=23 L=0.0000007 m f=1990058434.09235 Hz 2 0.618 Mt Z=109 N=24 L=0.0000015 m f=995029217.04618 Hz 2 0.618 Mt Z=109 N=25 L=0.0000030 m f=497514608.52309 Hz 2 0.618 Mt Z=109 N=26 L=0.0000060 m f=248757304.26154 Hz 2 0.618 Mt Z=109 N=27 L=0.0000119 m f=124378652.13077 Hz 2 0.618 Mt Z=109 N=28 L=0.0000239 m f=62189326.06539 Hz 2 0.618 Mt Z=109 N=29 L=0.0000477 m f=31094663.03269 Hz 2 0.618 Mt Z=109 N=30 L=0.0000955 m f=15547331.51635 Hz 2 0.618 Mt Z=109 N=31 L=0.0001909 m f=7773665.75817 Hz 2 0.618 Mt Z=109 N=32 L=0.0003818 m f=3886832.87909 Hz 2 0.618 Mt Z=109 N=33 L=0.0007636 m f=1943416.43954 Hz 2 0.618 Mt Z=109 N=34 L=0.0015272 m f=971708.21977 Hz 2 0.618 Mt Z=109 N=35 L=0.0030544 m f=485854.10989 Hz 2 0.618 Mt Z=109 N=36 L=0.0061088 m f=242927.05494 Hz 2 0.618 Mt Z=109 N=37 L=0.0122177 m f=121463.52747 Hz 2 0.618 Mt Z=109 N=38 L=0.0244353 m f=60731.76374 Hz 2 0.618 Mt Z=109 N=39 L=0.0488706 m f=30365.88187 Hz 2 0.618 Mt Z=109 N=40 L=0.0977413 m f=15182.94093 Hz 2 0.618 Mt Z=109 N=41 L=0.1954825 m f=7591.47047 Hz 2 0.618 Mt Z=109 N=42 L=0.3909651 m f=3795.73523 Hz 2 0.618 Mt Z=109 N=43 L=0.7819302 m f=1897.86762 Hz 2 0.618 Mt Z=109 N=44 L=1.5638604 m f=948.93381 Hz 2 0.618 Mt Z=109 N=45 L=3.1277208 m f=474.46690 Hz 2 0.618 Mt Z=109 N=46 L=6.2554416 m f=237.23345 Hz 2 0.618 Mt Z=109 N=47 L=12.5108832 m f=118.61673 Hz 2 0.618 Mt Z=109 N=48 L=25.0217663 m f=59.30836 Hz 2 0.618 Mt Z=109 N=49 L=50.0435326 m f=29.65418 Hz 2 0.618 Mt Z=109 N=50 L=100.0870653 m f=14.82709 Hz 2 0.618 Mt Z=109 N=51 L=200.1741305 m f=7.41355 Hz 2 0.618 Mt Z=109 N=52 L=400.3482610 m f=3.70677 Hz 2 0.618 Mt Z=109 N=53 L=800.6965220 m f=1.85339 Hz 2 0.618 Mt Z=109 N=54 L=1601.3930441 m f=0.92669 Hz 2 0.618 Mt Z=109 N=55 L=3202.7860881 m f=0.46335 Hz 2 0.618 Mt Z=109 N=56 L=6405.5721762 m f=0.23167 Hz 2 0.618 Mt Z=109 N=57 L=12811.1443525 m f=0.11584 Hz 2 0.618 Ds Z=110 N=17 L=0.0000000 m f=126205887602.07480 Hz 2 0.618 Ds Z=110 N=18 L=0.0000000 m f=63102943801.03740 Hz 2 0.618 Ds Z=110 N=19 L=0.0000000 m f=31551471900.51870 Hz 2 0.618 Ds Z=110 N=20 L=0.0000001 m f=15775735950.25935 Hz 2 0.618 Ds Z=110 N=21 L=0.0000002 m f=7887867975.12968 Hz 2 0.618 Ds Z=110 N=22 L=0.0000004 m f=3943933987.56484 Hz 2 0.618 Ds Z=110 N=23 L=0.0000008 m f=1971966993.78242 Hz 2 0.618 Ds Z=110 N=24 L=0.0000015 m f=985983496.89121 Hz 2 0.618 Ds Z=110 N=25 L=0.0000030 m f=492991748.44561 Hz 2 0.618 Ds Z=110 N=26 L=0.0000060 m f=246495874.22280 Hz 2 0.618 Ds Z=110 N=27 L=0.0000120 m f=123247937.11140 Hz 2 0.618 Ds Z=110 N=28 L=0.0000241 m f=61623968.55570 Hz 2 0.618 Ds Z=110 N=29 L=0.0000482 m f=30811984.27785 Hz 2 0.618 Ds Z=110 N=30 L=0.0000963 m f=15405992.13893 Hz 2 0.618 Ds Z=110 N=31 L=0.0001927 m f=7702996.06946 Hz 2 0.618 Ds Z=110 N=32 L=0.0003853 m f=3851498.03473 Hz 2 0.618 Ds Z=110 N=33 L=0.0007706 m f=1925749.01737 Hz 2 0.618 Ds Z=110 N=34 L=0.0015412 m f=962874.50868 Hz 2 0.618 Ds Z=110 N=35 L=0.0030824 m f=481437.25434 Hz 2 0.618 Ds Z=110 N=36 L=0.0061649 m f=240718.62717 Hz 2 0.618 Ds Z=110 N=37 L=0.0123297 m f=120359.31359 Hz 2 0.618 Ds Z=110 N=38 L=0.0246595 m f=60179.65679 Hz 2 0.618 Ds Z=110 N=39 L=0.0493190 m f=30089.82840 Hz 2 0.618 Ds Z=110 N=40 L=0.0986380 m f=15044.91420 Hz 2 0.618 Ds Z=110 N=41 L=0.1972760 m f=7522.45710 Hz 2 0.618 Ds Z=110 N=42 L=0.3945519 m f=3761.22855 Hz 2 0.618 Ds Z=110 N=43 L=0.7891039 m f=1880.61427 Hz 2 0.618 Ds Z=110 N=44 L=1.5782077 m f=940.30714 Hz 2 0.618 Ds Z=110 N=45 L=3.1564155 m f=470.15357 Hz 2 0.618 Ds Z=110 N=46 L=6.3128310 m f=235.07678 Hz 2 0.618 Ds Z=110 N=47 L=12.6256619 m f=117.53839 Hz 2 0.618 Ds Z=110 N=48 L=25.2513238 m f=58.76920 Hz 2 0.618 Ds Z=110 N=49 L=50.5026476 m f=29.38460 Hz 2 0.618 Ds Z=110 N=50 L=101.0052952 m f=14.69230 Hz 2 0.618 Ds Z=110 N=51 L=202.0105904 m f=7.34615 Hz 2 0.618 Ds Z=110 N=52 L=404.0211808 m f=3.67307 Hz 2 0.618 Ds Z=110 N=53 L=808.0423617 m f=1.83654 Hz 2 0.618 Ds Z=110 N=54 L=1616.0847234 m f=0.91827 Hz 2 0.618 Ds Z=110 N=55 L=3232.1694467 m f=0.45913 Hz 2 0.618 Ds Z=110 N=56 L=6464.3388935 m f=0.22957 Hz 2 0.618 Ds Z=110 N=57 L=12928.6777869 m f=0.11478 Hz 2 0.618 Rg Z=111 N=17 L=0.0000000 m f=125068897623.67775 Hz 2 0.618 Rg Z=111 N=18 L=0.0000000 m f=62534448811.83887 Hz 2 0.618 Rg Z=111 N=19 L=0.0000000 m f=31267224405.91944 Hz 2 0.618 Rg Z=111 N=20 L=0.0000001 m f=15633612202.95972 Hz 2 0.618 Rg Z=111 N=21 L=0.0000002 m f=7816806101.47986 Hz 2 0.618 Rg Z=111 N=22 L=0.0000004 m f=3908403050.73993 Hz 2 0.618 Rg Z=111 N=23 L=0.0000008 m f=1954201525.36996 Hz 2 0.618 Rg Z=111 N=24 L=0.0000015 m f=977100762.68498 Hz 2 0.618 Rg Z=111 N=25 L=0.0000030 m f=488550381.34249 Hz 2 0.618 Rg Z=111 N=26 L=0.0000061 m f=244275190.67125 Hz 2 0.618 Rg Z=111 N=27 L=0.0000122 m f=122137595.33562 Hz 2 0.618 Rg Z=111 N=28 L=0.0000243 m f=61068797.66781 Hz 2 0.618 Rg Z=111 N=29 L=0.0000486 m f=30534398.83391 Hz 2 0.618 Rg Z=111 N=30 L=0.0000972 m f=15267199.41695 Hz 2 0.618 Rg Z=111 N=31 L=0.0001944 m f=7633599.70848 Hz 2 0.618 Rg Z=111 N=32 L=0.0003888 m f=3816799.85424 Hz 2 0.618 Rg Z=111 N=33 L=0.0007776 m f=1908399.92712 Hz 2 0.618 Rg Z=111 N=34 L=0.0015552 m f=954199.96356 Hz 2 0.618 Rg Z=111 N=35 L=0.0031105 m f=477099.98178 Hz 2 0.618 Rg Z=111 N=36 L=0.0062209 m f=238549.99089 Hz 2 0.618 Rg Z=111 N=37 L=0.0124418 m f=119274.99544 Hz 2 0.618 Rg Z=111 N=38 L=0.0248837 m f=59637.49772 Hz 2 0.618 Rg Z=111 N=39 L=0.0497673 m f=29818.74886 Hz 2 0.618 Rg Z=111 N=40 L=0.0995347 m f=14909.37443 Hz 2 0.618 Rg Z=111 N=41 L=0.1990694 m f=7454.68722 Hz 2 0.618 Rg Z=111 N=42 L=0.3981388 m f=3727.34361 Hz 2 0.618 Rg Z=111 N=43 L=0.7962775 m f=1863.67180 Hz 2 0.618 Rg Z=111 N=44 L=1.5925551 m f=931.83590 Hz 2 0.618 Rg Z=111 N=45 L=3.1851102 m f=465.91795 Hz 2 0.618 Rg Z=111 N=46 L=6.3702203 m f=232.95898 Hz 2 0.618 Rg Z=111 N=47 L=12.7404406 m f=116.47949 Hz 2 0.618 Rg Z=111 N=48 L=25.4808813 m f=58.23974 Hz 2 0.618 Rg Z=111 N=49 L=50.9617626 m f=29.11987 Hz 2 0.618 Rg Z=111 N=50 L=101.9235252 m f=14.55994 Hz 2 0.618 Rg Z=111 N=51 L=203.8470503 m f=7.27997 Hz 2 0.618 Rg Z=111 N=52 L=407.6941007 m f=3.63998 Hz 2 0.618 Rg Z=111 N=53 L=815.3882013 m f=1.81999 Hz 2 0.618 Rg Z=111 N=54 L=1630.7764027 m f=0.91000 Hz 2 0.618 Rg Z=111 N=55 L=3261.5528053 m f=0.45500 Hz 2 0.618 Rg Z=111 N=56 L=6523.1056107 m f=0.22750 Hz 2 0.618 Rg Z=111 N=57 L=13046.2112213 m f=0.11375 Hz 2 0.618 Cn Z=112 N=17 L=0.0000000 m f=123952211037.75204 Hz 2 0.618 Cn Z=112 N=18 L=0.0000000 m f=61976105518.87602 Hz 2 0.618 Cn Z=112 N=19 L=0.0000000 m f=30988052759.43801 Hz 2 0.618 Cn Z=112 N=20 L=0.0000001 m f=15494026379.71901 Hz 2 0.618 Cn Z=112 N=21 L=0.0000002 m f=7747013189.85950 Hz 2 0.618 Cn Z=112 N=22 L=0.0000004 m f=3873506594.92975 Hz 2 0.618 Cn Z=112 N=23 L=0.0000008 m f=1936753297.46488 Hz 2 0.618 Cn Z=112 N=24 L=0.0000015 m f=968376648.73244 Hz 2 0.618 Cn Z=112 N=25 L=0.0000031 m f=484188324.36622 Hz 2 0.618 Cn Z=112 N=26 L=0.0000061 m f=242094162.18311 Hz 2 0.618 Cn Z=112 N=27 L=0.0000123 m f=121047081.09156 Hz 2 0.618 Cn Z=112 N=28 L=0.0000245 m f=60523540.54578 Hz 2 0.618 Cn Z=112 N=29 L=0.0000490 m f=30261770.27289 Hz 2 0.618 Cn Z=112 N=30 L=0.0000981 m f=15130885.13644 Hz 2 0.618 Cn Z=112 N=31 L=0.0001962 m f=7565442.56822 Hz 2 0.618 Cn Z=112 N=32 L=0.0003923 m f=3782721.28411 Hz 2 0.618 Cn Z=112 N=33 L=0.0007846 m f=1891360.64206 Hz 2 0.618 Cn Z=112 N=34 L=0.0015692 m f=945680.32103 Hz 2 0.618 Cn Z=112 N=35 L=0.0031385 m f=472840.16051 Hz 2 0.618 Cn Z=112 N=36 L=0.0062770 m f=236420.08026 Hz 2 0.618 Cn Z=112 N=37 L=0.0125539 m f=118210.04013 Hz 2 0.618 Cn Z=112 N=38 L=0.0251079 m f=59105.02006 Hz 2 0.618 Cn Z=112 N=39 L=0.0502157 m f=29552.51003 Hz 2 0.618 Cn Z=112 N=40 L=0.1004314 m f=14776.25502 Hz 2 0.618 Cn Z=112 N=41 L=0.2008628 m f=7388.12751 Hz 2 0.618 Cn Z=112 N=42 L=0.4017256 m f=3694.06375 Hz 2 0.618 Cn Z=112 N=43 L=0.8034512 m f=1847.03188 Hz 2 0.618 Cn Z=112 N=44 L=1.6069024 m f=923.51594 Hz 2 0.618 Cn Z=112 N=45 L=3.2138048 m f=461.75797 Hz 2 0.618 Cn Z=112 N=46 L=6.4276097 m f=230.87898 Hz 2 0.618 Cn Z=112 N=47 L=12.8552194 m f=115.43949 Hz 2 0.618 Cn Z=112 N=48 L=25.7104388 m f=57.71975 Hz 2 0.618 Cn Z=112 N=49 L=51.4208776 m f=28.85987 Hz 2 0.618 Cn Z=112 N=50 L=102.8417551 m f=14.42994 Hz 2 0.618 Cn Z=112 N=51 L=205.6835102 m f=7.21497 Hz 2 0.618 Cn Z=112 N=52 L=411.3670205 m f=3.60748 Hz 2 0.618 Cn Z=112 N=53 L=822.7340410 m f=1.80374 Hz 2 0.618 Cn Z=112 N=54 L=1645.4680820 m f=0.90187 Hz 2 0.618 Cn Z=112 N=55 L=3290.9361639 m f=0.45094 Hz 2 0.618 Cn Z=112 N=56 L=6581.8723279 m f=0.22547 Hz 2 0.618 Cn Z=112 N=57 L=13163.7446558 m f=0.11273 Hz 2 0.618 Uut Z=113 N=17 L=0.0000000 m f=122855288816.17902 Hz 2 0.618 Uut Z=113 N=18 L=0.0000000 m f=61427644408.08951 Hz 2 0.618 Uut Z=113 N=19 L=0.0000000 m f=30713822204.04475 Hz 2 0.618 Uut Z=113 N=20 L=0.0000001 m f=15356911102.02238 Hz 2 0.618 Uut Z=113 N=21 L=0.0000002 m f=7678455551.01119 Hz 2 0.618 Uut Z=113 N=22 L=0.0000004 m f=3839227775.50559 Hz 2 0.618 Uut Z=113 N=23 L=0.0000008 m f=1919613887.75280 Hz 2 0.618 Uut Z=113 N=24 L=0.0000015 m f=959806943.87640 Hz 2 0.618 Uut Z=113 N=25 L=0.0000031 m f=479903471.93820 Hz 2 0.618 Uut Z=113 N=26 L=0.0000062 m f=239951735.96910 Hz 2 0.618 Uut Z=113 N=27 L=0.0000124 m f=119975867.98455 Hz 2 0.618 Uut Z=113 N=28 L=0.0000247 m f=59987933.99227 Hz 2 0.618 Uut Z=113 N=29 L=0.0000495 m f=29993966.99614 Hz 2 0.618 Uut Z=113 N=30 L=0.0000990 m f=14996983.49807 Hz 2 0.618 Uut Z=113 N=31 L=0.0001979 m f=7498491.74903 Hz 2 0.618 Uut Z=113 N=32 L=0.0003958 m f=3749245.87452 Hz 2 0.618 Uut Z=113 N=33 L=0.0007916 m f=1874622.93726 Hz 2 0.618 Uut Z=113 N=34 L=0.0015833 m f=937311.46863 Hz 2 0.618 Uut Z=113 N=35 L=0.0031665 m f=468655.73431 Hz 2 0.618 Uut Z=113 N=36 L=0.0063330 m f=234327.86716 Hz 2 0.618 Uut Z=113 N=37 L=0.0126660 m f=117163.93358 Hz 2 0.618 Uut Z=113 N=38 L=0.0253320 m f=58581.96679 Hz 2 0.618 Uut Z=113 N=39 L=0.0506641 m f=29290.98339 Hz 2 0.618 Uut Z=113 N=40 L=0.1013281 m f=14645.49170 Hz 2 0.618 Uut Z=113 N=41 L=0.2026562 m f=7322.74585 Hz 2 0.618 Uut Z=113 N=42 L=0.4053124 m f=3661.37292 Hz 2 0.618 Uut Z=113 N=43 L=0.8106249 m f=1830.68646 Hz 2 0.618 Uut Z=113 N=44 L=1.6212498 m f=915.34323 Hz 2 0.618 Uut Z=113 N=45 L=3.2424995 m f=457.67162 Hz 2 0.618 Uut Z=113 N=46 L=6.4849991 m f=228.83581 Hz 2 0.618 Uut Z=113 N=47 L=12.9699981 m f=114.41790 Hz 2 0.618 Uut Z=113 N=48 L=25.9399963 m f=57.20895 Hz 2 0.618 Uut Z=113 N=49 L=51.8799925 m f=28.60448 Hz 2 0.618 Uut Z=113 N=50 L=103.7599851 m f=14.30224 Hz 2 0.618 Uut Z=113 N=51 L=207.5199702 m f=7.15112 Hz 2 0.618 Uut Z=113 N=52 L=415.0399403 m f=3.57556 Hz 2 0.618 Uut Z=113 N=53 L=830.0798806 m f=1.78778 Hz 2 0.618 Uut Z=113 N=54 L=1660.1597613 m f=0.89389 Hz 2 0.618 Uut Z=113 N=55 L=3320.3195226 m f=0.44694 Hz 2 0.618 Uut Z=113 N=56 L=6640.6390451 m f=0.22347 Hz 2 0.618 Uut Z=113 N=57 L=13281.2780902 m f=0.11174 Hz 2 0.618 Fl Z=114 N=17 L=0.0000000 m f=121777610844.10728 Hz 2 0.618 Fl Z=114 N=18 L=0.0000000 m f=60888805422.05364 Hz 2 0.618 Fl Z=114 N=19 L=0.0000000 m f=30444402711.02682 Hz 2 0.618 Fl Z=114 N=20 L=0.0000001 m f=15222201355.51341 Hz 2 0.618 Fl Z=114 N=21 L=0.0000002 m f=7611100677.75671 Hz 2 0.618 Fl Z=114 N=22 L=0.0000004 m f=3805550338.87835 Hz 2 0.618 Fl Z=114 N=23 L=0.0000008 m f=1902775169.43918 Hz 2 0.618 Fl Z=114 N=24 L=0.0000016 m f=951387584.71959 Hz 2 0.618 Fl Z=114 N=25 L=0.0000031 m f=475693792.35979 Hz 2 0.618 Fl Z=114 N=26 L=0.0000062 m f=237846896.17990 Hz 2 0.618 Fl Z=114 N=27 L=0.0000125 m f=118923448.08995 Hz 2 0.618 Fl Z=114 N=28 L=0.0000250 m f=59461724.04497 Hz 2 0.618 Fl Z=114 N=29 L=0.0000499 m f=29730862.02249 Hz 2 0.618 Fl Z=114 N=30 L=0.0000998 m f=14865431.01124 Hz 2 0.618 Fl Z=114 N=31 L=0.0001997 m f=7432715.50562 Hz 2 0.618 Fl Z=114 N=32 L=0.0003993 m f=3716357.75281 Hz 2 0.618 Fl Z=114 N=33 L=0.0007986 m f=1858178.87641 Hz 2 0.618 Fl Z=114 N=34 L=0.0015973 m f=929089.43820 Hz 2 0.618 Fl Z=114 N=35 L=0.0031945 m f=464544.71910 Hz 2 0.618 Fl Z=114 N=36 L=0.0063891 m f=232272.35955 Hz 2 0.618 Fl Z=114 N=37 L=0.0127781 m f=116136.17978 Hz 2 0.618 Fl Z=114 N=38 L=0.0255562 m f=58068.08989 Hz 2 0.618 Fl Z=114 N=39 L=0.0511124 m f=29034.04494 Hz 2 0.618 Fl Z=114 N=40 L=0.1022248 m f=14517.02247 Hz 2 0.618 Fl Z=114 N=41 L=0.2044496 m f=7258.51124 Hz 2 0.618 Fl Z=114 N=42 L=0.4088993 m f=3629.25562 Hz 2 0.618 Fl Z=114 N=43 L=0.8177986 m f=1814.62781 Hz 2 0.618 Fl Z=114 N=44 L=1.6355971 m f=907.31390 Hz 2 0.618 Fl Z=114 N=45 L=3.2711942 m f=453.65695 Hz 2 0.618 Fl Z=114 N=46 L=6.5423884 m f=226.82848 Hz 2 0.618 Fl Z=114 N=47 L=13.0847769 m f=113.41424 Hz 2 0.618 Fl Z=114 N=48 L=26.1695538 m f=56.70712 Hz 2 0.618 Fl Z=114 N=49 L=52.3391075 m f=28.35356 Hz 2 0.618 Fl Z=114 N=50 L=104.6782150 m f=14.17678 Hz 2 0.618 Fl Z=114 N=51 L=209.3564301 m f=7.08839 Hz 2 0.618 Fl Z=114 N=52 L=418.7128601 m f=3.54419 Hz 2 0.618 Fl Z=114 N=53 L=837.4257203 m f=1.77210 Hz 2 0.618 Fl Z=114 N=54 L=1674.8514406 m f=0.88605 Hz 2 0.618 Fl Z=114 N=55 L=3349.7028812 m f=0.44302 Hz 2 0.618 Fl Z=114 N=56 L=6699.4057623 m f=0.22151 Hz 2 0.618 Fl Z=114 N=57 L=13398.8115246 m f=0.11076 Hz 2 0.618 Uup Z=115 N=17 L=0.0000000 m f=120718675097.63676 Hz 2 0.618 Uup Z=115 N=18 L=0.0000000 m f=60359337548.81838 Hz 2 0.618 Uup Z=115 N=19 L=0.0000000 m f=30179668774.40919 Hz 2 0.618 Uup Z=115 N=20 L=0.0000001 m f=15089834387.20460 Hz 2 0.618 Uup Z=115 N=21 L=0.0000002 m f=7544917193.60230 Hz 2 0.618 Uup Z=115 N=22 L=0.0000004 m f=3772458596.80115 Hz 2 0.618 Uup Z=115 N=23 L=0.0000008 m f=1886229298.40057 Hz 2 0.618 Uup Z=115 N=24 L=0.0000016 m f=943114649.20029 Hz 2 0.618 Uup Z=115 N=25 L=0.0000031 m f=471557324.60014 Hz 2 0.618 Uup Z=115 N=26 L=0.0000063 m f=235778662.30007 Hz 2 0.618 Uup Z=115 N=27 L=0.0000126 m f=117889331.15004 Hz 2 0.618 Uup Z=115 N=28 L=0.0000252 m f=58944665.57502 Hz 2 0.618 Uup Z=115 N=29 L=0.0000504 m f=29472332.78751 Hz 2 0.618 Uup Z=115 N=30 L=0.0001007 m f=14736166.39375 Hz 2 0.618 Uup Z=115 N=31 L=0.0002014 m f=7368083.19688 Hz 2 0.618 Uup Z=115 N=32 L=0.0004028 m f=3684041.59844 Hz 2 0.618 Uup Z=115 N=33 L=0.0008056 m f=1842020.79922 Hz 2 0.618 Uup Z=115 N=34 L=0.0016113 m f=921010.39961 Hz 2 0.618 Uup Z=115 N=35 L=0.0032225 m f=460505.19980 Hz 2 0.618 Uup Z=115 N=36 L=0.0064451 m f=230252.59990 Hz 2 0.618 Uup Z=115 N=37 L=0.0128902 m f=115126.29995 Hz 2 0.618 Uup Z=115 N=38 L=0.0257804 m f=57563.14998 Hz 2 0.618 Uup Z=115 N=39 L=0.0515608 m f=28781.57499 Hz 2 0.618 Uup Z=115 N=40 L=0.1031215 m f=14390.78749 Hz 2 0.618 Uup Z=115 N=41 L=0.2062431 m f=7195.39375 Hz 2 0.618 Uup Z=115 N=42 L=0.4124861 m f=3597.69687 Hz 2 0.618 Uup Z=115 N=43 L=0.8249722 m f=1798.84844 Hz 2 0.618 Uup Z=115 N=44 L=1.6499445 m f=899.42422 Hz 2 0.618 Uup Z=115 N=45 L=3.2998889 m f=449.71211 Hz 2 0.618 Uup Z=115 N=46 L=6.5997778 m f=224.85605 Hz 2 0.618 Uup Z=115 N=47 L=13.1995556 m f=112.42803 Hz 2 0.618 Uup Z=115 N=48 L=26.3991112 m f=56.21401 Hz 2 0.618 Uup Z=115 N=49 L=52.7982225 m f=28.10701 Hz 2 0.618 Uup Z=115 N=50 L=105.5964450 m f=14.05350 Hz 2 0.618 Uup Z=115 N=51 L=211.1928900 m f=7.02675 Hz 2 0.618 Uup Z=115 N=52 L=422.3857800 m f=3.51338 Hz 2 0.618 Uup Z=115 N=53 L=844.7715599 m f=1.75669 Hz 2 0.618 Uup Z=115 N=54 L=1689.5431199 m f=0.87834 Hz 2 0.618 Uup Z=115 N=55 L=3379.0862398 m f=0.43917 Hz 2 0.618 Uup Z=115 N=56 L=6758.1724795 m f=0.21959 Hz 2 0.618 Uup Z=115 N=57 L=13516.3449591 m f=0.10979 Hz 2 0.618 Lv Z=116 N=17 L=0.0000000 m f=119677996864.03647 Hz 2 0.618 Lv Z=116 N=18 L=0.0000000 m f=59838998432.01823 Hz 2 0.618 Lv Z=116 N=19 L=0.0000000 m f=29919499216.00912 Hz 2 0.618 Lv Z=116 N=20 L=0.0000001 m f=14959749608.00456 Hz 2 0.618 Lv Z=116 N=21 L=0.0000002 m f=7479874804.00228 Hz 2 0.618 Lv Z=116 N=22 L=0.0000004 m f=3739937402.00114 Hz 2 0.618 Lv Z=116 N=23 L=0.0000008 m f=1869968701.00057 Hz 2 0.618 Lv Z=116 N=24 L=0.0000016 m f=934984350.50029 Hz 2 0.618 Lv Z=116 N=25 L=0.0000032 m f=467492175.25014 Hz 2 0.618 Lv Z=116 N=26 L=0.0000063 m f=233746087.62507 Hz 2 0.618 Lv Z=116 N=27 L=0.0000127 m f=116873043.81254 Hz 2 0.618 Lv Z=116 N=28 L=0.0000254 m f=58436521.90627 Hz 2 0.618 Lv Z=116 N=29 L=0.0000508 m f=29218260.95313 Hz 2 0.618 Lv Z=116 N=30 L=0.0001016 m f=14609130.47657 Hz 2 0.618 Lv Z=116 N=31 L=0.0002032 m f=7304565.23828 Hz 2 0.618 Lv Z=116 N=32 L=0.0004063 m f=3652282.61914 Hz 2 0.618 Lv Z=116 N=33 L=0.0008126 m f=1826141.30957 Hz 2 0.618 Lv Z=116 N=34 L=0.0016253 m f=913070.65479 Hz 2 0.618 Lv Z=116 N=35 L=0.0032506 m f=456535.32739 Hz 2 0.618 Lv Z=116 N=36 L=0.0065011 m f=228267.66370 Hz 2 0.618 Lv Z=116 N=37 L=0.0130023 m f=114133.83185 Hz 2 0.618 Lv Z=116 N=38 L=0.0260046 m f=57066.91592 Hz 2 0.618 Lv Z=116 N=39 L=0.0520091 m f=28533.45796 Hz 2 0.618 Lv Z=116 N=40 L=0.1040182 m f=14266.72898 Hz 2 0.618 Lv Z=116 N=41 L=0.2080365 m f=7133.36449 Hz 2 0.618 Lv Z=116 N=42 L=0.4160729 m f=3566.68225 Hz 2 0.618 Lv Z=116 N=43 L=0.8321459 m f=1783.34112 Hz 2 0.618 Lv Z=116 N=44 L=1.6642918 m f=891.67056 Hz 2 0.618 Lv Z=116 N=45 L=3.3285836 m f=445.83528 Hz 2 0.618 Lv Z=116 N=46 L=6.6571672 m f=222.91764 Hz 2 0.618 Lv Z=116 N=47 L=13.3143344 m f=111.45882 Hz 2 0.618 Lv Z=116 N=48 L=26.6286687 m f=55.72941 Hz 2 0.618 Lv Z=116 N=49 L=53.2573375 m f=27.86471 Hz 2 0.618 Lv Z=116 N=50 L=106.5146749 m f=13.93235 Hz 2 0.618 Lv Z=116 N=51 L=213.0293499 m f=6.96618 Hz 2 0.618 Lv Z=116 N=52 L=426.0586998 m f=3.48309 Hz 2 0.618 Lv Z=116 N=53 L=852.1173996 m f=1.74154 Hz 2 0.618 Lv Z=116 N=54 L=1704.2347992 m f=0.87077 Hz 2 0.618 Lv Z=116 N=55 L=3408.4695984 m f=0.43539 Hz 2 0.618 Lv Z=116 N=56 L=6816.9391967 m f=0.21769 Hz 2 0.618 Lv Z=116 N=57 L=13633.8783935 m f=0.10885 Hz 2 0.618 Uus Z=117 N=17 L=0.0000000 m f=118655108001.95067 Hz 2 0.618 Uus Z=117 N=18 L=0.0000000 m f=59327554000.97533 Hz 2 0.618 Uus Z=117 N=19 L=0.0000001 m f=29663777000.48767 Hz 2 0.618 Uus Z=117 N=20 L=0.0000001 m f=14831888500.24383 Hz 2 0.618 Uus Z=117 N=21 L=0.0000002 m f=7415944250.12192 Hz 2 0.618 Uus Z=117 N=22 L=0.0000004 m f=3707972125.06096 Hz 2 0.618 Uus Z=117 N=23 L=0.0000008 m f=1853986062.53048 Hz 2 0.618 Uus Z=117 N=24 L=0.0000016 m f=926993031.26524 Hz 2 0.618 Uus Z=117 N=25 L=0.0000032 m f=463496515.63262 Hz 2 0.618 Uus Z=117 N=26 L=0.0000064 m f=231748257.81631 Hz 2 0.618 Uus Z=117 N=27 L=0.0000128 m f=115874128.90816 Hz 2 0.618 Uus Z=117 N=28 L=0.0000256 m f=57937064.45408 Hz 2 0.618 Uus Z=117 N=29 L=0.0000512 m f=28968532.22704 Hz 2 0.618 Uus Z=117 N=30 L=0.0001025 m f=14484266.11352 Hz 2 0.618 Uus Z=117 N=31 L=0.0002049 m f=7242133.05676 Hz 2 0.618 Uus Z=117 N=32 L=0.0004098 m f=3621066.52838 Hz 2 0.618 Uus Z=117 N=33 L=0.0008196 m f=1810533.26419 Hz 2 0.618 Uus Z=117 N=34 L=0.0016393 m f=905266.63209 Hz 2 0.618 Uus Z=117 N=35 L=0.0032786 m f=452633.31605 Hz 2 0.618 Uus Z=117 N=36 L=0.0065572 m f=226316.65802 Hz 2 0.618 Uus Z=117 N=37 L=0.0131144 m f=113158.32901 Hz 2 0.618 Uus Z=117 N=38 L=0.0262287 m f=56579.16451 Hz 2 0.618 Uus Z=117 N=39 L=0.0524575 m f=28289.58225 Hz 2 0.618 Uus Z=117 N=40 L=0.1049149 m f=14144.79113 Hz 2 0.618 Uus Z=117 N=41 L=0.2098299 m f=7072.39556 Hz 2 0.618 Uus Z=117 N=42 L=0.4196598 m f=3536.19778 Hz 2 0.618 Uus Z=117 N=43 L=0.8393196 m f=1768.09889 Hz 2 0.618 Uus Z=117 N=44 L=1.6786391 m f=884.04945 Hz 2 0.618 Uus Z=117 N=45 L=3.3572783 m f=442.02472 Hz 2 0.618 Uus Z=117 N=46 L=6.7145566 m f=221.01236 Hz 2 0.618 Uus Z=117 N=47 L=13.4291131 m f=110.50618 Hz 2 0.618 Uus Z=117 N=48 L=26.8582262 m f=55.25309 Hz 2 0.618 Uus Z=117 N=49 L=53.7164525 m f=27.62655 Hz 2 0.618 Uus Z=117 N=50 L=107.4329049 m f=13.81327 Hz 2 0.618 Uus Z=117 N=51 L=214.8658098 m f=6.90664 Hz 2 0.618 Uus Z=117 N=52 L=429.7316196 m f=3.45332 Hz 2 0.618 Uus Z=117 N=53 L=859.4632392 m f=1.72666 Hz 2 0.618 Uus Z=117 N=54 L=1718.9264785 m f=0.86333 Hz 2 0.618 Uus Z=117 N=55 L=3437.8529570 m f=0.43166 Hz 2 0.618 Uus Z=117 N=56 L=6875.7059140 m f=0.21583 Hz 2 0.618 Uus Z=117 N=57 L=13751.4118279 m f=0.10792 Hz 2 0.618 Uuo Z=118 N=17 L=0.0000000 m f=117649556239.22227 Hz 2 0.618 Uuo Z=118 N=18 L=0.0000000 m f=58824778119.61114 Hz 2 0.618 Uuo Z=118 N=19 L=0.0000001 m f=29412389059.80557 Hz 2 0.618 Uuo Z=118 N=20 L=0.0000001 m f=14706194529.90278 Hz 2 0.618 Uuo Z=118 N=21 L=0.0000002 m f=7353097264.95139 Hz 2 0.618 Uuo Z=118 N=22 L=0.0000004 m f=3676548632.47570 Hz 2 0.618 Uuo Z=118 N=23 L=0.0000008 m f=1838274316.23785 Hz 2 0.618 Uuo Z=118 N=24 L=0.0000016 m f=919137158.11892 Hz 2 0.618 Uuo Z=118 N=25 L=0.0000032 m f=459568579.05946 Hz 2 0.618 Uuo Z=118 N=26 L=0.0000065 m f=229784289.52973 Hz 2 0.618 Uuo Z=118 N=27 L=0.0000129 m f=114892144.76487 Hz 2 0.618 Uuo Z=118 N=28 L=0.0000258 m f=57446072.38243 Hz 2 0.618 Uuo Z=118 N=29 L=0.0000517 m f=28723036.19122 Hz 2 0.618 Uuo Z=118 N=30 L=0.0001033 m f=14361518.09561 Hz 2 0.618 Uuo Z=118 N=31 L=0.0002067 m f=7180759.04780 Hz 2 0.618 Uuo Z=118 N=32 L=0.0004133 m f=3590379.52390 Hz 2 0.618 Uuo Z=118 N=33 L=0.0008267 m f=1795189.76195 Hz 2 0.618 Uuo Z=118 N=34 L=0.0016533 m f=897594.88098 Hz 2 0.618 Uuo Z=118 N=35 L=0.0033066 m f=448797.44049 Hz 2 0.618 Uuo Z=118 N=36 L=0.0066132 m f=224398.72024 Hz 2 0.618 Uuo Z=118 N=37 L=0.0132265 m f=112199.36012 Hz 2 0.618 Uuo Z=118 N=38 L=0.0264529 m f=56099.68006 Hz 2 0.618 Uuo Z=118 N=39 L=0.0529058 m f=28049.84003 Hz 2 0.618 Uuo Z=118 N=40 L=0.1058117 m f=14024.92002 Hz 2 0.618 Uuo Z=118 N=41 L=0.2116233 m f=7012.46001 Hz 2 0.618 Uuo Z=118 N=42 L=0.4232466 m f=3506.23000 Hz 2 0.618 Uuo Z=118 N=43 L=0.8464932 m f=1753.11500 Hz 2 0.618 Uuo Z=118 N=44 L=1.6929865 m f=876.55750 Hz 2 0.618 Uuo Z=118 N=45 L=3.3859730 m f=438.27875 Hz 2 0.618 Uuo Z=118 N=46 L=6.7719459 m f=219.13938 Hz 2 0.618 Uuo Z=118 N=47 L=13.5438919 m f=109.56969 Hz 2 0.618 Uuo Z=118 N=48 L=27.0877837 m f=54.78484 Hz 2 0.618 Uuo Z=118 N=49 L=54.1755674 m f=27.39242 Hz 2 0.618 Uuo Z=118 N=50 L=108.3511349 m f=13.69621 Hz 2 0.618 Uuo Z=118 N=51 L=216.7022697 m f=6.84811 Hz 2 0.618 Uuo Z=118 N=52 L=433.4045394 m f=3.42405 Hz 2 0.618 Uuo Z=118 N=53 L=866.8090789 m f=1.71203 Hz 2 0.618 Uuo Z=118 N=54 L=1733.6181578 m f=0.85601 Hz 2 0.618 Uuo Z=118 N=55 L=3467.2363156 m f=0.42801 Hz 2 0.618 Uuo Z=118 N=56 L=6934.4726312 m f=0.21400 Hz 2 0.618 Uuo Z=118 N=57 L=13868.9452623 m f=0.10700 Hz                                                                 info@aladin24.de, www.torkado.de