Elementarwellen                                                                    Erklärung zur Grund-Gleichung (deutsch)        Forum (deutsche Kurz-Hilfe)        Umrechner        LM Isotopen-Tabelle ausblenden        alle Isotope des PSE gleichzeitig anzeigen zurück zur PSE-Tabelle Periodensystem der Elemente (Quelle: größtenteils www.lenntech.de) 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  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*x2024-06-17_01:37:59***2x*x17***3x*x57***4x*x-12_6_0_0_0***5x*x118L***6x*xL_2_0_0***7x*x299792458***8x*x1.616199E-35***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*x3***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 ) Search for potenz N and factor2 in selected elements Z, for given result with the multiplikation L*factor2                      L = Z * Cx * Basis^N * Factor                    N = log(L/(Factor*Z*Cx)) / log(Basis) 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 3 Factor-Search (Example1)      (Example2) 1 Listing - Modus     2 Searching - Modus     3 Factor-Search     4 Basis(+Factor)-Search     5 Basis(+Factor)-Harmonics-Search Value for Searching: pm      Length search factor2 (integer) with lattice constants: 118L or 118R By using this code as text you call the physical lattice constants and atomic radii from the database, for many Z. If you use the value Factor additional, you can find rational numbers between L and Lattice(Z): 0.333333*ResultF = 1/3*ResultF or Factor=0.5 with Basis>2 error L maximal   0.1% 0.5% 1% 2% 5% all            to top Results (search for N and factor2 with lattice constants(Z) )      with Plk      Attention ! Factor 0.6180339887498948482 to L and to T, invers to f B F error L[%]   Z N [1pm=1.0E-12m] Factor2 [1MHz=1.0E6Hz] 2 0.618 err=-1.99 Li Z=3 (83.28) N=79 L=18.1133219 pm *19.3780026=351pm bcc f=16550937446600.60156 MHz 2 0.618 err=-1.63 Li Z=3 (83.28) N=87 L=4637.0104108 pm /13.2108559=351pm bcc f=64652099400.78360 MHz 2 0.618 err=-1.82 B Z=5 (83.89) N=88 L=15456.7013693 pm /17.3087361=893pm a-op f=19395629820.23508 MHz 2 0.618 err=-1.83 B Z=5 (83.07) N=87 L=7728.3506846 pm /15.2734203=506pm c-op f=38791259640.47016 MHz 2 0.618 err=-0.282 Cr Z=24 (80.00) N=80 L=289.8131507 pm /1.0028137=289pm bcc f=1034433590412.53760 MHz 2 0.618 err=-0.517 Cu Z=29 (79.71) N=76 L=21.8869306 pm *13.0671589=286pm fcc f=13697327542014.29102 MHz 2 0.618 err=-0.628 Rb Z=37 (80.33) N=76 L=27.9247046 pm *20.1255486=562pm bcc f=10735743208605.79688 MHz 2 0.618 err=-0.628 Rb Z=37 (80.33) N=77 L=55.8494092 pm *10.0627743=562pm bcc f=5367871604302.89844 MHz 2 0.618 err=-0.628 Rb Z=37 (80.33) N=78 L=111.6988185 pm *5.0313871=562pm bcc f=2683935802151.44922 MHz 2 0.618 err=-0.465 Sr Z=38 (80.41) N=82 L=1835.4832876 pm /3.0139299=609pm bcc f=163331619538.82172 MHz 2 0.618 err=-0.465 Sr Z=38 (80.41) N=83 L=3670.9665752 pm /6.0278597=609pm bcc f=81665809769.41086 MHz 2 0.618 err=-0.465 Sr Z=38 (80.41) N=84 L=7341.9331504 pm /12.0557195=609pm bcc f=40832904884.70543 MHz 2 0.618 err=-0.0197 Nb Z=41 (79.41) N=81 L=990.1949315 pm /3.0005907=330pm bcc f=302761050852.45007 MHz 2 0.618 err=-0.0197 Nb Z=41 (79.41) N=82 L=1980.3898629 pm /6.0011814=330pm bcc f=151380525426.22504 MHz 2 0.618 err=-0.0197 Nb Z=41 (79.41) N=83 L=3960.7797259 pm /12.0023628=330pm bcc f=75690262713.11252 MHz 2 0.618 err=-1.08 Tc Z=43 (79.08) N=83 L=4153.9884930 pm /15.1605419=274pm hcp f=72169785377.61890 MHz 2 0.618 err=-1.64 Ru Z=44 (79.02) N=79 L=265.6620548 pm *1.0163288=270pm a-hcp f=1128473007722.76831 MHz 2 0.618 err=-1.72 Rh Z=45 (79.48) N=76 L=33.9624786 pm *11.1888182=380pm fcc f=8827166638186.98828 MHz 2 0.618 err=-1.61 Pd Z=46 (79.48) N=76 L=34.7172003 pm *11.1760164=388pm fcc f=8635271711269.87988 MHz 2 0.618 err=-1.17 Ag Z=47 (79.52) N=83 L=4540.4060272 pm /11.1284461=408pm fcc f=66027675983.77900 MHz 2 0.618 err=-0.866 In Z=49 (79.74) N=84 L=9467.2295887 pm /19.1644324=494pm c-tp f=31666334400.38381 MHz 2 0.618 err=-1.27 Sn Z=50 (79.08) N=83 L=4830.2191779 pm /15.1893685=318pm dia f=62066015424.75226 MHz 2 0.618 err=-0.394 Te Z=52 (79.91) N=76 L=39.2455308 pm *15.0590395=591pm c-r f=7638894206123.35547 MHz 2 0.618 err=-0.967 Re Z=75 (78.29) N=82 L=3622.6643834 pm /13.1255956=276pm hcp f=82754687233.00301 MHz 2 0.618 err=-0.201 Os Z=76 (78.25) N=74 L=14.3397132 pm *19.0380377=273pm a-hcp f=20906447300969.17969 MHz 2 0.618 err=-0.188 Os Z=76 (78.91) N=75 L=28.6794264 pm *15.0281946=431pm c-hcp f=10453223650484.58984 MHz 2 0.618 err=-0.204 Os Z=76 (78.91) N=83 L=7341.9331504 pm /17.0346477=431pm c-hcp f=40832904884.70543 MHz 2 0.618 err=-1.4 Ir Z=77 (78.72) N=75 L=29.0567872 pm *13.1810856=383pm fcc f=10317467499179.59766 MHz 2 0.618 err=-1.18 Pt Z=78 (78.74) N=83 L=7535.1419175 pm /19.2223008=392pm fcc f=39785907323.55914 MHz 2 0.618 err=-0.329 Tl Z=81 (79.17) N=75 L=30.5662307 pm *18.0591452=552pm hcp f=9807962931318.87695 MHz 2 0.618 err=-0.329 Tl Z=81 (79.17) N=76 L=61.1324615 pm *9.0295726=552pm hcp f=4903981465659.43848 MHz 2 0.618 err=-1.26 Tl Z=81 (79.17) N=82 L=3912.4775341 pm /7.0878216=552pm hcp f=76624710400.92873 MHz 2 0.618 err=-1.26 Tl Z=81 (79.17) N=83 L=7824.9550682 pm /14.1756432=552pm hcp f=38312355200.46436 MHz 2 0.618 err=-0.0197 Pb Z=82 (79.00) N=79 L=495.0974657 pm /1.0001969=495pm fcc f=605522101704.90015 MHz 2 0.618 err=-0.891 Bi Z=83 (78.92) N=75 L=31.3209525 pm *15.1336394=474pm r f=9571626475142.51758 MHz 16 Treffer,mit factor2: 3(1),0(2*),0(2/),0(3*),2(3/),1(5*),0(5/),0(7*),1(7/),bei Basis=2, Cx=1.616199E-35, Factor=0.6180339887498948482, c=299792458, genau=2%, mod=3, Suchwort=118L pm                                                                 info@aladin24.de, www.torkado.de