Elementarwellen                                                                    Erklärung zur Grund-Gleichung (deutsch)        Forum (deutsche Kurz-Hilfe)        Umrechner        LM PSE-Tabelle ausblenden Periodensystem der Elemente (Quelle: größtenteils www.lenntech.de)                                                                                                                         Z Name Kürzel Molmasse [g/mol] Elektro- negativit. Dichte [g/cm^3] Siede- punkt [°C] Schmelz- punkt [°C] Atom- radius [nm] Ionenra- dius 1-4 [nm] Ionis.Ener- gie 1-4 [kJ/mol] Isotope stab/instab /isomer Elektronen- Konfiguration Gitter- konstante [pm] Radien-Liste [pm] Stan- dardpot [V] radio- aktiv   Z=1 Wasserstoff  H  1.0079  2.2  0.0899  -259.12  -252.88  0.038  0.208 - - -  1311 - - -  2/5/-  1s^1    25#Atomradius 53#berechnet 31#Kovalent 120#Van-der-Waals-Radius       Z=2 Helium  He  4.00     0.178  -268.9  -271.4  0.180  - - - -  2372 - - -  2/6/-  1s^2    #Atomradius #berechnet 28#Kovalent 140#Van-der-Waals-Radius       Z=3 Lithium  Li  6.94  1.0  0.53  1342  180.5  0.145  0.06 - - -  520.1 - - -  2/6/-  [He] 2s^1  351#bcc  145#Atomradius 167#berechnet 128#Kovalent 182#Van-der-Waals-Radius  -3.02     Z=4 Beryllium  Be  9.01  1.6  1.86  2970  1280  0.111  - - - -  899.2 1757 - -  1/10/-  [He] 2s^2  229#hcp  105#Atomradius 112#berechnet 96#Kovalent 153#Van-der-Waals-Radius  -1.70     Z=5 Bor  B  10.81  2.0  2.3  3650  2180  0.098  0.027 - - -  800.5 2426.5 3658.7 -  2/11/-  [He] 2s^2 2p^1  893#a-op 506#c-op  85#Atomradius 84#berechnet 82#Kovalent 192#Van-der-Waals-Radius       Z=6 Kohlenstoff  C  12.011  2.5  3.51; 2.26  4827  3547  0.091  - - - 0.015  1086.1 2351.9 4618.8 6222.7  2/13/-  [He] 2s^2 2p^2    70#Atomradius 67#berechnet 76#Kovalent 170#Van-der-Waals-Radius       Z=7 Stickstoff  N  14.0  3.0  1.25E-3  -195.8  -210  0.071  - - 0.016 -  1402 2856 4577 -  2/12/1  [He] 2s^2 2p^3    65#Atomradius 56#berechnet 71#Kovalent 155#Van-der-Waals-Radius       Z=8 Sauerstoff  O  15.99951   3.5  1.429E-3  -183  -219  0.064  - 0.140 (-2) - -  1311 - - -  3/12/-  [He] 2s^2 2p^4    60#Atomradius 48#berechnet 66#Kovalent 152#Van-der-Waals-Radius       Z=9 Fluor  F  18.998  4  1.8E-3  -188.12  -219.62  0.071  - - - -  1680.6 - - -  1/17/-  [He] 2s^2 2p^5    50#Atomradius 42#berechnet 71#Kovalent 147#Van-der-Waals-Radius  -2.87       Z Name Kürzel Molmasse [g/mol] Elektro- negativit. Dichte [g/cm^3] Siede- punkt [°C] Schmelz- punkt [°C] Atom- radius [nm] Ionenra- dius 1-4 [nm] Ionis.Ener- gie 1-4 [kJ/mol] Isotope stab/instab /isomer Elektronen- Konfiguration Gitter- konstante [pm] Radien-Liste [pm] Stan- dardpot [V] radio- aktiv   Z=10 Neon  Ne  20.18008102    0.9E-3  -246  -249  0.16  - - - -  2080 - - -  3/16/-  [He] 2s^2 2p^6    #Atomradius #berechnet 58#Kovalent 154#Van-der-Waals-Radius       Z=11 Natrium  Na  22.99  0.9  0.97  883  97.5  0.153  0.095 - - -  495.7 - - -  1/17/1  [Ne] 3s^1  428#bcc  180#Atomradius 190#berechnet 154#Kovalent 227#Van-der-Waals-Radius  -2.71     Z=12 Magnesium  Mg  24.31  1.3  1.74  1107  650  0.16  0.065 - - -  737.5 1450 - -  3/18/-  [Ne] 3s^2  320#hex  150#Atomradius 145#berechnet 141#Kovalent 173#Van-der-Waals-Radius  -2.34     Z=13 Aluminium  Al  26.98  1.5  2.7  2467  660.4  0.143  0.05 - - -  577.4 1816.1 2744.1 -  1/20/2  [Ne] 3s^2 3p^1  404#a-fcc  125#Atomradius 118#berechnet 121#Kovalent 184#Van-der-Waals-Radius  -1.67     Z=14 Silizium  Si  28.090082  1.9  2.33  2355  1410  0.118  - - - 0.041  786.3 1576.5 3228.3 4354.4  3/20/-  [Ne] 3s^2 3p^2  543#dia  110#Atomradius 111#berechnet 111#Kovalent 210#Van-der-Waals-Radius       Z=15 Phosphor  P  30.97  2.2  1.83  280  44  0.111  - - 0.044 -  1012 1903 2910 -  1/21/-  [Ne] 3s^2 3p^3    100#Atomradius 98#berechnet 107#Kovalent 180#Van-der-Waals-Radius       Z=16 Schwefel  S  32.07  2.6  2.07  445  113  0.104  - 0.184 (-2) - -  999.3 - - -  4/19/-  [Ne] 3s^2 3p^4    100#Atomradius 88#berechnet 102.5#Kovalent 180#Van-der-Waals-Radius  -0.51     Z=17 Chlor  Cl  35.453  3.2  3.21E-3  -34.06  -101  0.099  - 0.184 (-2) - -  1255.7 - - -  2/20/2  [Ne] 3s^2 3p^5    100#Atomradius 79#berechnet 102#Kovalent 175#Van-der-Waals-Radius  -1.36     Z=18 Argon  Ar  39.948    1.78E-3  -185.8  -189.3  0.192  - - - -  1520 - - -  3/21/-  [Ne] 3s^2 3p^6    #Atomradius #berechnet 106#Kovalent 188#Van-der-Waals-Radius       Z=19 Kalium  K  39.1001093  0.8  0.86  760  63.2  0.235  0.133 - - -  418.6 - - -  2/22/1  [Ar] 4s^1  533#bcc  220#Atomradius 243#berechnet 203#Kovalent 275#Van-der-Waals-Radius         Z Name Kürzel Molmasse [g/mol] Elektro- negativit. Dichte [g/cm^3] Siede- punkt [°C] Schmelz- punkt [°C] Atom- radius [nm] Ionenra- dius 1-4 [nm] Ionis.Ener- gie 1-4 [kJ/mol] Isotope stab/instab /isomer Elektronen- Konfiguration Gitter- konstante [pm] Radien-Liste [pm] Stan- dardpot [V] radio- aktiv   Z=20 Calcium  Ca  40.08  1.0  1.6  1484  840  0.197  0.099 - - -  589.6 kJ 1145 - -  5/18/-  [Ar] 4s^2  556#hcp  180#Atomradius 194#berechnet 176#Kovalent 231#Van-der-Waals-Radius  -2.87     Z=21 Scandium  Sc  44.96  1.36  3.0  2936  1541  0.161  - - 0.083 -  640.5 1233 2389 7089  1/19/8  [Ar] 3d^1 4s^2    160#Atomradius 184#berechnet 170#Kovalent #Van-der-Waals-Radius       Z=22 Titan  Ti  47.90  1.5  4.51  3262  1668  0.145  - 0.09 - 0.068  658 1323 2710 4165  5/18/-  [Ar] 3d^1 4s^2  295#bcc  140#Atomradius 176#berechnet 160#Kovalent #Van-der-Waals-Radius  -1.75      Z=23 Vanadium  V  50.94  1.6  6.1  3378  1890~  0.134  - - 0.074 -  649.1 1358 2543 4652  1/22/2  [Ar] 3d^3 4s^2  303#bcc  135#Atomradius 171#berechnet 153#Kovalent #Van-der-Waals-Radius  -1.18 V      Z=24 Chrom  Cr  51.996  1.7  7.19  2672  1890  0.127  - - 0.061 -  651.1 - - -  3/23/-  [Ar] 3d^5 4s^1  289#bcc  140#Atomradius 166#berechnet 139#Kovalent #Van-der-Waals-Radius  -0.71     Z=25 Mangan  Mn  54.94  1.5  7.43  2032  1247  0.126   - 0.08 - -  716 1489 - -  1/23/4  [Ar] 3d^5 4s^2  889#bcc  140#Atomradius 161#berechnet 139#Kovalent-low-Spin 161#Kovalent-high-Spin #Van-der-Waals-Radius  -1.05      Z=26 Eisen  Fe  55.85  1.8  7.9  2750  1536   0.126  - 0.076 0.064 -  761 1556.5 2951 -  4/24/2  [Ar] 3d^6 4s^2  286#bcc  140#Atomradius 156#berechnet 123#Kovalent-low-Spin 152#Kovalent-high-Spin #Van-der-Waals-Radius  -0.44      Z=27 Kobalt  Co  58.93  1.9  8.9  2900  1495  0.125  - 0.078 0.063 -  757 1666.3 3226 -  1/25/5  [Ar] 3d^7 4s^2  251#fcc  135#Atomradius 152#berechnet 126#Kovalent-low-Spin 150#Kovalent-high-Spin #Van-der-Waals-Radius  -0.28     Z=28 Nickel  Ni  58.71  1.9  8.9  2732  1453  0.124  - 0.069 0.06 -  735 1753 3387 -  5/26/1  [Ar] 3d^8 4s^2  352#fcc  135#Atomradius 149#berechnet 124#Kovalent-low-Spin 124#Kovalent-high-Spin 163#Van-der-Waals-Radius  -0.25     Z=29 Kupfer  Cu  63.55  1.9  8.95  2595  1083  0.128  0.096 - 0.069 -  743.5 1946 - -  2/26/3  [Ar] 3d^10 4s^1  286#fcc  135#Atomradius 145#berechnet 132#Kovalent 140#Van-der-Waals-Radius  +0.522        Z Name Kürzel Molmasse [g/mol] Elektro- negativit. Dichte [g/cm^3] Siede- punkt [°C] Schmelz- punkt [°C] Atom- radius [nm] Ionenra- dius 1-4 [nm] Ionis.Ener- gie 1-4 [kJ/mol] Isotope stab/instab /isomer Elektronen- Konfiguration Gitter- konstante [pm] Radien-Liste [pm] Stan- dardpot [V] radio- aktiv   Z=30 Zink  Zn  65.39  1.6  7.11  907  420  0.134  - 0.074 - -  904.5 1723 - -  4/25/4  [Ar] 3d^10 4s^2  266#a-hcp 495#c-hcp  135#Atomradius 142#berechnet 122#Kovalent 139#Van-der-Waals-Radius  -0.763     Z=31 Gallium  Ga  69.72  1.8  5.1  2204  29.8  0.161  - - 0.083 -  578.6 1978.8 2389 2962.3  2/25/2  [Ar] 3d^10 4s^2 4p^1    130#Atomradius 136#berechnet 122#Kovalent 187#Van-der-Waals-Radius  -0.52     Z=32 Germanium  Ge  72.59  2.0  5.3  2830  937  0.123  - 0.093 - 0.054  761.2 1537.0 3301.2 4409.4  5/24/8  [Ar] 3d^10 4s^^2 4p^2  566#dia  125#Atomradius 125#berechnet 122#Kovalent 211#Van-der-Waals-Radius       Z=33 Arsen  As  74.9216  2.0  5.7  615    0.139  - - - -  947 1798 2736 -  1/27/3  [Ar] 3d^10 4s^2 4p^3  414#r  115#Atomradius 114#berechnet 119#Kovalent 185#Van-der-Waals-Radius  -0.3     Z=34 Selen  Se  78.96  2.0  4.79  685  217  0.140  - 0.198 - -  940.7 - - -  5/25/5  [Ar] 3d^10 4s^2 4p^4    115#Atomradius 103#berechnet 120#Kovalent 190#Van-der-Waals-Radius  -0.77     Z=35 Brom  Br  79.904  2.8  3.1  58.8  -7.2  0.115  - - - -  1142.7 - - -  2/28/10  [Ar] 3d^10 4s^2 4p^5    115#Atomradius 94#berechnet 120#Kovalent 185#Van-der-Waals-Radius  1.08     Z=36 Krypton  Kr  83.80    3.73E-3  -153  -157  0.189  - - - -  1351 - - -  5/27/4  [Ar] 3d^10 4s^2 4p^6    #Atomradius #berechnet 116#Kovalent 202#Van-der-Waals-Radius       Z=37 Rubidium  Rb  85.4678  0.8  1.53  396  39  0.243  - - - -  402.9 - - -  1/28/7  [Kr] 5s^1  562#bcc  235#Atomradius 265#berechnet 220#Kovalent 303#Van-der-Waals-Radius       Z=38 Strontium  Sr  87.62  1.0  2.7  1384  769  0.215  - 0.113 - -  549.2 1064 - -  4/23/4  [Kr] 5s^2  609#bcc  200#Atomradius 219#berechnet 195#Kovalent 249#Van-der-Waals-Radius       Z=39 Yttrium  Y  88.91  1.2  4.47  3338  1522  0.180  - - 0.106 -  626 1185 1955 -  1/26/16  [Kr] 4d^1 5s^2  366#hcp  180#Atomradius 212#berechnet 190#Kovalent #Van-der-Waals-Radius         Z Name Kürzel Molmasse [g/mol] Elektro- negativit. Dichte [g/cm^3] Siede- punkt [°C] Schmelz- punkt [°C] Atom- radius [nm] Ionenra- dius 1-4 [nm] Ionis.Ener- gie 1-4 [kJ/mol] Isotope stab/instab /isomer Elektronen- Konfiguration Gitter- konstante [pm] Radien-Liste [pm] Stan- dardpot [V] radio- aktiv   Z=40 Zirkon  Zr  91.22  1.3  6.51  4377  1852  0.159  - - - 0.08  669 1346 2312 3256  4/21/4  [Kr] 4d^2 5s^2  323#bcc  155#Atomradius 206#berechnet 148#Kovalent #Van-der-Waals-Radius       Z=41 Niob  Nb  92.91  1.6  8.6  4928  2468  0.143  - - - 0.069  652 - - -  1/27/17  [Kr] 4d^4 5s^1  330#bcc  145#Atomradius 164#berechnet 137#Kovalent #Van-der-Waals-Radius       Z=42 Molybdän  Mo  95.94  2.2  10.2  5560  2610  0.139  - - - 0.068  651 - - -  6/21/3  [Kr] 4d^5 5s^1  315#bcc  145#Atomradius 190#berechnet 154#Kovalent #Van-der-Waals-Radius  -0.2     Z=43 Technetium  Tc  98.9  1.9  11.5  4877  2127  0.136  - - - -  - - - -  0/26/11  [Kr] 4d^6 5s^1  274#hcp  135#Atomradius 185#berechnet 147#Kovalent #Van-der-Waals-Radius    R  Z=44 Ruthenium  Ru  101.1  2.2  12.4  3900  2310  0.135  - - - -  722.4 - - -  7/19/3  [Kr] 4d^7 5s^1  270#a-hcp 427#c-hcp  130#Atomradius 178#berechnet 146#Kovalent #Van-der-Waals-Radius  0.45     Z=45 Rohdium  Rh  102.91  2.2  12.4  3730  1966  0.135  - - - -  742 - - -  1/24/18  [Kr] 4d^8 5s^1  380#fcc  135#Atomradius 173#berechnet 142#Kovalent #Van-der-Waals-Radius  0.6     Z=46 Palladium  Pd  106.42  2.2  12  3140  1554  0.137  - 0.065 - -  703 - - -  6/22/8  [Kr] 4d^10  388#fcc  140#Atomradius 169#berechnet 139#Kovalent #Van-der-Waals-Radius  +0.85      Z=47 Silber  Ag  107.87  1.9  10.5  2212  962  0.144  0.126 - - -  758 2061 - -  2/33/23  [Kr] 4d^10 5s^1  408#fcc  160#Atomradius 165#berechnet 145#Kovalent 172#Van-der-Waals-Radius  0.779     Z=48 Cadmium  Cd  112.4  1.7  8.7  767  321  0.154  - - - -  866 1622 - -  7/27/8  [Kr] 4d^10 5s^2  297#a-hcp 561#c-hcp  155#Atomradius 161#berechnet 144#Kovalent 158#Van-der-Waals-Radius  -0.402     Z=49 Indium  In  114.82  1.8  7.31  2000  156  0.162  - 0.092 - -  558.2 1820.2 2704 -  1/34/37  [Kr] 4d^10 5s^2 5p^1  459#a-tp 494#c-tp  155#Atomradius 156#berechnet 144#Kovalent 193#Van-der-Waals-Radius  -0.34       Z Name Kürzel Molmasse [g/mol] Elektro- negativit. Dichte [g/cm^3] Siede- punkt [°C] Schmelz- punkt [°C] Atom- radius [nm] Ionenra- dius 1-4 [nm] Ionis.Ener- gie 1-4 [kJ/mol] Isotope stab/instab /isomer Elektronen- Konfiguration Gitter- konstante [pm] Radien-Liste [pm] Stan- dardpot [V] radio- aktiv   Z=50 Zinn  Sn  118.71  1.9  7.3 (beta) 5.77 (alpha)  2270  232  0.141  - 0.112 - 0.070  708.4 1411.4 2942.2 3929.3  10/25/14  [Kr] 4d^10 5s^2 5p^2  582#tp 318#dia  145#Atomradius 145#berechnet 139#Kovalent 217#Van-der-Waals-Radius  -0.136     Z=51 Antimon  Sb  121.75  2.05  6.68  1635  631  0.145  - - 0.076 -  834 1595 2443 -  2/31/21  [Kr] 4d^10 5s^2 5p^3  450#r  145#Atomradius 133#berechnet 139#Kovalent 206#Van-der-Waals-Radius  0.21      Z=52 Tellur  Te  127.6  2.1  6.25  990  450  0.143  - - - 0.089  869.0 - - -  5/28/10  [Kr] 4d^10 5s^2 5p^4  445#a-r 591#c-r  140#Atomradius 123#berechnet 138#Kovalent 206#Van-der-Waals-Radius  -0.91      Z=53 Jod  J  126.9  2.7  4.93  184  114  0.133  - - - -  1008.7 - - -  1/33/10  [Kr] 4d^10 5s^2 5p^5    140#Atomradius 115#berechnet 139#Kovalent 198#Van-der-Waals-Radius  +0.58     Z=54 Xenon  Xe  131.29  2.6  5.9E-3  -108  -112  0.218  - - - -  1170 - - -  7/31/8  [Kr] 4d^10 5s^2 5p^6    #Atomradius #berechnet 140#Kovalent 216#Van-der-Waals-Radius       Z=55 Cäsium  Cs  132.91  0.8  1.9  679  28.4  0.267  0.167 - - -  375.6 - - -  1/35/17  [Xe] 6s^1  267#bcc  265#Atomradius 298#berechnet 244#Kovalent 343#Van-der-Waals-Radius       Z=56 Barium  Ba  137.33  0.9  3.5   1696  725  0.222  0.135 - - -  502.7 965 - -  7/30/9  [Xe] 6s^2  502#bcc  215#Atomradius 253#berechnet 215#Kovalent 268#Van-der-Waals-Radius  -2.90     Z=57 Lanthan  La  138.91  1.1  6.18  3469  920  0.186  - - 0.104 -  539 1098 1840 -  1/31/7  [Xe] 5d^1 6s^2  376#fcc  195#Atomradius #berechnet 207#Kovalent #Van-der-Waals-Radius  -2.52     Z=58 Cer  Ce  140.12  1.1  6.76  3426  768  0.181  - - 0.102 0.087  526.8 1045 1945.6 3537  3/27/7  [Xe] 4f^1 6s^2    185#Atomradius #berechnet 204#Kovalent #Van-der-Waals-Radius  -2.48     Z=59 Praseodym  Pr  140.91  1.1  6.5  3350  931  0.182  - - 0.101 -  522 1016 2082.4 3752  1/30/6  [Xe] 4f^3 6s^2    185#Atomradius 247#berechnet 203#Kovalent #Van-der-Waals-Radius         Z Name Kürzel Molmasse [g/mol] Elektro- negativit. Dichte [g/cm^3] Siede- punkt [°C] Schmelz- punkt [°C] Atom- radius [nm] Ionenra- dius 1-4 [nm] Ionis.Ener- gie 1-4 [kJ/mol] Isotope stab/instab /isomer Elektronen- Konfiguration Gitter- konstante [pm] Radien-Liste [pm] Stan- dardpot [V] radio- aktiv   Z=60 Neodym  Nd  144.2    7.0  3074  1024  0.181  - - - -  - - - -  5/25/7  [Xe] 4f^1 6s^2    185#Atomradius 206#berechnet 201#Kovalent #Van-der-Waals-Radius       Z=61 Promethium  Pm  146.9151  1.2  7.22  2730  1168  0.183  - - - -  534.6 1050 - -  0/30/15  [Xe] 4f^5 6s^2    185#Atomradius 205#berechnet 199#Kovalent #Van-der-Waals-Radius  -2.42  R  Z=62 Samarium  Sm  150.35  1.2  6.9  1790  1074~  0.180  - - - -  542.3 1066 - -  4/26/6  [Xe] 4f^6 6s^2    185#Atomradius 238#berechnet 198#Kovalent #Van-der-Waals-Radius  -2.41     Z=63 Europium  Eu  151.96  1.2  5.2  1439  826  0.185  - - - -  546 1083.6 - -  1/28/8  [Xe] 4f^7 6s^2    185#Atomradius 231#berechnet 198#Kovalent #Van-der-Waals-Radius  -2.41     Z=64 Gadolinium  Gd  157.25  1.2  7.9  3266  1313  0.180  - - - -  591.4 1165.5 - -  5/22/4  [Xe] 4f^7 5d^1 6s^2    188#Atomradius 233#berechnet 196#Kovalent #Van-der-Waals-Radius  -2.40     Z=65 Terbium  Tb  158.93  1.2  8.3  3230  1356  0.177  - - - -  563.5 1109.6 - -  1/25/20  [Xe] 4f^9 6s^2    175#Atomradius 225#berechnet 194#Kovalent #Van-der-Waals-Radius  -2.39     Z=66 Dysprosium  Dy  162.50  1.2  8.6  2562  1407  0.178  - - - -  571.2 1124 - -  7/22/7  [Xe] 4f^10 6s^2    175#Atomradius 228#berechnet 192#Kovalent #Van-der-Waals-Radius  -2.35     Z=67 Holmium  Ho  164.9  1.2  8.8  2695  1474  0.176  - - - -  580 1136.6 - -  1/28/20  [Xe] 4f^11 6s^2    175#Atomradius 226#berechnet 192#Kovalent #Van-der-Waals-Radius  -2.32     Z=68 Erbium  Er  167.3  1.2  9.2  2863  1497  0.176  - - - -  587.6 1149 - -  6/25/6  [Xe] 4f^12 6s^2    175#Atomradius 226#berechnet 189#Kovalent #Van-der-Waals-Radius  -2.30     Z=69 Thulium  Tm  168.93  1.25  9.3  1947  1545  0.176  - - - -  595.3 1160.7 2284 -  1/31/17  [Xe] 4f^13 6s^2    175#Atomradius 222#berechnet 190#Kovalent #Van-der-Waals-Radius  -2.28       Z Name Kürzel Molmasse [g/mol] Elektro- negativit. Dichte [g/cm^3] Siede- punkt [°C] Schmelz- punkt [°C] Atom- radius [nm] Ionenra- dius 1-4 [nm] Ionis.Ener- gie 1-4 [kJ/mol] Isotope stab/instab /isomer Elektronen- Konfiguration Gitter- konstante [pm] Radien-Liste [pm] Stan- dardpot [V] radio- aktiv   Z=70 Ytterbium  Yb  173.04  1.1  7  1196  819  0.193  - - - -  602.4 1172.3 2472.3 -  7/23/8  [Xe] 4f^14 6s^2    175#Atomradius 222#berechnet 187#Kovalent #Van-der-Waals-Radius  -2.27     Z=71 Lutetium  Lu  174.97  1.27  9.8  3395  1663  0.193  - - - -  522.7 1339 - -  1/34/23  [Xe] 4f^14 5d^1 6s^2    175#Atomradius 217#berechnet 187#Kovalent #Van-der-Waals-Radius  -2.25     Z=72 Hafnium  Hf  178.49  1.3  13.07  4602  2227  0.156  - - - -  530 1425.5 2244.3 3207.5  5/27/11  [Xe] 4f^14 5d^2 6s^2  320#bcc  155#Atomradius 208#berechnet 150#Kovalent #Van-der-Waals-Radius  -1.68     Z=73 Tantal  Ta  180.95  1.5  16.68  5425  2996    - - - -  - - - -  1/30/14  [Xe] 4f^14 5d^3 6s^2  330#bcc  145#Atomradius 200#berechnet 138#Kovalent #Van-der-Waals-Radius       Z=74 Wolfram  W  183.85  2.4  19.3  5657  3410  0.139  - - - 0.068  768.6 - - -  3/30/5  [Xe] 4f^14 5d^4 6s^2  316#bcc  135#Atomradius 193#berechnet 162#Kovalent #Van-der-Waals-Radius  -0.05     Z=75 Rhenium  Re  186.23  1.9  21.0  5630  3180  0.138  - - - -  759 - - -  1/32/11  [Xe] 4f^14 5d^5 6s^2  276#hcp  135#Atomradius 188#berechnet 159#Kovalent #Van-der-Waals-Radius  0.25     Z=76 Osmium  Os  190.2  2.2  22.6  5027  3054  0.136  - - - 0.067  838 - - -  5/30/6  [Xe] 4f^14 5d^6 6s^2  273#a-hcp 431#c-hcp  130#Atomradius 185#berechnet 128#Kovalent #Van-der-Waals-Radius  +0.85     Z=77 Iridium  Ir  192.2  2.2  22.4   4130  2410  0.136  - - - 0.066  886 - - -  2/32/21  [Xe] 4f^14 5d^7 6s^2  383#fcc  135#Atomradius 180#berechnet 141#Kovalent #Van-der-Waals-Radius #383  +1.0     Z=78 Platin  Pt  195.09  2.3  21.5  3827  1772  0.139  - 0.096 - -  867 1788 - -  5/30/7  [Xe] 4f^14 5d^9 6s^1  392#fcc  135#Atomradius 177#berechnet 136#Kovalent 175#Van-der-Waals-Radius  +1.2     Z=79 Gold  Au  196.97  2.4  19.3  2808  1062  0.144  0.137 - - -  888 1974.6 - -  1/33/17  [Xe] 4f^14 5d^10 6s^1  407#fcc  135#Atomradius 174#berechnet 136#Kovalent 166#Van-der-Waals-Radius  +1.68       Z Name Kürzel Molmasse [g/mol] Elektro- negativit. Dichte [g/cm^3] Siede- punkt [°C] Schmelz- punkt [°C] Atom- radius [nm] Ionenra- dius 1-4 [nm] Ionis.Ener- gie 1-4 [kJ/mol] Isotope stab/instab /isomer Elektronen- Konfiguration Gitter- konstante [pm] Radien-Liste [pm] Stan- dardpot [V] radio- aktiv   Z=80 Quecksilber  Hg  200.59  2  13.6  356.6  -38.9  0.151  - 0.11 - -  1004.6 1796 3294 -  7/27/9  [Xe] 4f^14 5d^10 6s^2  157#a-r 300#c-r  150#Atomradius 171#berechnet 132#Kovalent 155#Van-der-Waals-Radius  +0.854     Z=81 Thallium  Tl  204.38  1.8  11.71  1473  304  0.182  0.099 - - -  589.1 1970.5 2877.4 -  2/30/25  [Xe] 4f^14 5d^10 6s^2 6p^1   345#fcc 552#hcp  190#Atomradius 156#berechnet 145#Kovalent 196#Van-der-Waals-Radius       Z=82 Blei  Pb  207.2  2.3  11.34  1740  327  0.175  - 0.132 - 0.084  715.4 1450.0 3080.7 4082.3  3/32/13  [Xe] 4f^14 5d^10 6s^2 6p^2  495#fcc  180#Atomradius 154#berechnet 146#Kovalent 202#Van-der-Waals-Radius  -0.13      Z=83 Wismut  Bi  208.98  2.0  9.80  1560  271  0.152  - - 0.120 -  703 1610 2466 4362.3  0/33/27  [Xe] 4f^14 5d^10 6s^2 6p^3  474#r  160#Atomradius 143#berechnet 148#Kovalent 207#Van-der-Waals-Radius  0.32  R  Z=84 Polonium  Po  209.98  2.0  9.51  962  254  0.164  - - - 0.102  813.0 - - -  0/29/15  [Xe] 4f^14 5d^10 6s^2 6p^4     190#Atomradius 135#berechnet 140#Kovalent 197#Van-der-Waals-Radius    R  Z=85 Astatin  At  210  2.2  8.75  370  302  0.145  - - - -  926 - - -  0/31/12  [Xe] 4f^14 5d^10 6s^2 6p^5    #Atomradius #berechnet 150#Kovalent 202#Van-der-Waals-Radius    R  Z=86 Radon  Rn  222    9.73E-3  -62  -71    - - - -  1037 - - -  0/34/6  [Xe] 4f^14 5d^10 6s^2 6p^6    #Atomradius #berechnet 150#Kovalent 220#Van-der-Waals-Radius    R  Z=87 Francium  Fr  233  0.7  2.5 ~%  677 ~#  27 ~#  0.270~  - - - -  375 - - -  0/33/9  [Rn] 7s^1    #Atomradius #berechnet 260#Kovalent 348#Van-der-Waals-Radius    R  Z=88 Radium  Ra  226.02  0.9  5.5  1140  700  0.223  - - - -  509.1 975 - -  0/33/7  [Rn] 7s^2    215#Atomradius #berechnet 221#Kovalent 283#Van-der-Waals-Radius    R  Z=89 Actinium  Ac  227  1.1  10.07  3200~  1050    - - - -  664.6 1165.5 - -  0/29/5  [Rn] 6d^1 7s^2    195#Atomradius #berechnet 215#Kovalent #Van-der-Waals-Radius    R    Z Name Kürzel Molmasse [g/mol] Elektro- negativit. Dichte [g/cm^3] Siede- punkt [°C] Schmelz- punkt [°C] Atom- radius [nm] Ionenra- dius 1-4 [nm] Ionis.Ener- gie 1-4 [kJ/mol] Isotope stab/instab /isomer Elektronen- Konfiguration Gitter- konstante [pm] Radien-Liste [pm] Stan- dardpot [V] radio- aktiv   Z=90 Thorium  Th  232.04  1.3  11.72  4790  1750  0.180  - - - 0.110  1107.6 1962.4 2774 -  0/28/1  [Rn] 6d^2 7s^2    180#Atomradius #berechnet 206#Kovalent #Van-der-Waals-Radius    R  Z=91 Protactinium  Pa  231.03  1.5  15.37  4027  1845  0.163  - - - -  - - - -  0/27/2  [Rn] 5f^2 6d^1 7s^2    180#Atomradius #berechnet 200#Kovalent #Van-der-Waals-Radius    R  Z=92 Uran  U  238.03  1.4  19.1  3818  1132  0.139  - - 0.103 0.093  - - - -  0/25/3  [Rn] 5f^3 6d^1 7s^2    138.5#Atomradius #berechnet 142#Kovalent #Van-der-Waals-Radius    R  Z=93 Neptunium  Np  237  1.3  20.45  3902  630  0.155  - - - -  - - - -  0/20/5  [Rn] 5f^5 7s^2    130#Atomradius #berechnet #Kovalent #Van-der-Waals-Radius    R  Z=94 Plutonium  Pu  244  1.3  19.84  3232  641  0.159  - - - -  558.6 - - -  0/19/17  [Rn] 5f^6 7s^2    151#Atomradius #berechnet 187#Kovalent #Van-der-Waals-Radius    R  Z=95 Americium  Am  243  1.3  13.67  2607  994  0.173  - - - -  578 - - -  0/17/13  [Rn] 5f^7 7s^2    184#Atomradius #berechnet 228.5#Kovalent #Van-der-Waals-Radius    R  Z=96 Curium  Cm  247  1.3  13.51  3110  1340  0.174  - - - -  - - - -  0/20/7 (+2)  [Rn] 5f^7 6d^1 7s^2    174.3#Atomradius #berechnet #Kovalent #Van-der-Waals-Radius    R  Z=97 Berkelium  Bk  247  1.3  14.8 ~%    986 ~%  0.170  - - - -  - - - -  0/14/6  [Rn] 5f^9 7s^2    170#Atomradius #berechnet #Kovalent #Van-der-Waals-Radius    R  Z=98 Californium  Cf  251  1.3  15.1 ~#    950 ~#  0.186  - - - -  - - - -  0/20/1  [Rn] 5f^10 7s^2    186#Atomradius 186±2#berechnet 225#Kovalent #Van-der-Waals-Radius    R  Z=99 Einsteinium  Es  254  1.3  13.5 ~#  860 ~#    0.186  - - - -  - - - -  0/17/3  [Rn] 5f^11 7s^2    203#Atomradius #berechnet #Kovalent #Van-der-Waals-Radius    R    Z Name Kürzel Molmasse [g/mol] Elektro- negativit. Dichte [g/cm^3] Siede- punkt [°C] Schmelz- punkt [°C] Atom- radius [nm] Ionenra- dius 1-4 [nm] Ionis.Ener- gie 1-4 [kJ/mol] Isotope stab/instab /isomer Elektronen- Konfiguration Gitter- konstante [pm] Radien-Liste [pm] Stan- dardpot [V] radio- aktiv   Z=100 Fermium  Fm  257  1.3  13.5 ~#    900 ~#  0.190  - - - -  - - - -  0/19/3  [Rn] 5f^12 7s^2    #Atomradius 198#berechnet #Kovalent #Van-der-Waals-Radius    R  Z=101 Mendelevium  Md  258  1.3  0        - - - -  - - - -  0/16/3  [Rn] 5f^13 7s^2        R  Z=102 Nobelium  No  253  1.3  0        - - - -  - - - -  0/13/1  [Rn] 5f^14 7s^2        R  Z=103 Lawrencium  Lr  260.1053  1.3  0        - - - -  - - - -  0/11/1  [Rn] 5f^14 6d^2 7s^2        R  Z=104 Rutherfordium  Rf  261.1  1.2  18.1  5500~  2100~  0.160  - - - -  - - - -  0/13/4  [Rn] 5f^14 6d^2        R  Z=105 Dubnium  Db  261.9    0  >5500 ~%  >2500 ~%    - - - -  - - - -  0/11/2  [Rn] 5f^14 6d^3 7s^2        R  Z=106 Seaborgium  Sg  263.1182    35      0.132  - - - -  730 - - -  0/10/1  [Rn] 5f^14 6d^4 7s^2        R  Z=107 Bohrium  Bh  264    0      0.128  - - - -  - - - -  0/10/1          R  Z=108 Hassium  Hs  265    41.0      0.126  - - - -  - - - -  0/11/1  [Rn] 5f^14 6d^6 7s^2        R  Z=109 Meitnerium  Mt  268    35.0        - - - -  - - - -  0/7/1  [Rn] 5f^14 6d^7 7s^2        R    Z Name Kürzel Molmasse [g/mol] Elektro- negativit. Dichte [g/cm^3] Siede- punkt [°C] Schmelz- punkt [°C] Atom- radius [nm] Ionenra- dius 1-4 [nm] Ionis.Ener- gie 1-4 [kJ/mol] Isotope stab/instab /isomer Elektronen- Konfiguration Gitter- konstante [pm] Radien-Liste [pm] Stan- dardpot [V] radio- aktiv   Z=110 Darmstadtium  Ds  269            - - - -  - - - -  0/11/3  [Rn] 5f^14 6d^9 7s^1        R  Z=111 Roentgenium  Rg  272            - - - -  - - - -  0/5/-  [Rn] 5f^14 6d^10 7s^1        R  Z=112 Copernicium  Cn  285            - - - -  - - - -  0/8/-  [Rn] 5f^14 6d^10 7s^2        R  Z=113 Ununtrium  Uut  284            - - - -  - - - -  0/6/-  [Rn] 5f^14 6d^10 7s^2 7p^1        R  Z=114 Flerovium  Fl  289            - - - -  - - - -  0/4/-  [Rn] 5f^14 6d^10 7s^2 7p^2        R  Z=115 Ununpentium  Uup  288            - - - -  - - - -  0/5/-  [Rn] 5f^14 6d^10 7s^2 7p^3        R  Z=116 Livermorium  Lv  289            - - - -  - - - -  0/5/-  [Rn] 5f^14 6d^10 7s^2 7p^4        R  Z=117 Ununseptium  Uus  291            - - - -  - - - -  0/2/-  [Rn] 5f^14 6d^10 7s^2 7p^5        R  Z=118 Ununoctium  Uuo  293      -22.6  -30.3    - - - -  - - - -  0/2/-  [Rn] 5f^14 6d^10 7s^2 7p^6        R  PSE-Tabelle ausblenden 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*x2024-06-15_00:59:57***2x*x33***3x*x33***4x*x0_6_0_0_0***5x*x150***6x*xF_100_0_0***7x*x299792458***8x*x1.3195909068E-15***9x*x2***10x*x0.6180339887498948482***11x*x79***12x*x4***13x*x5_3_100_0_0***14x*x0_0_0_1_1_1_2_2***END      (SAVE settings with Ctrg-C as txt (Notepad)   or   SAVE as browser-Link ) Search for potenz N and Basis in the selected elements Z with given L   or   f   or   T                      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 4 Basis-Search (Example) 1 Listing - Modus     2 Searching - Modus     3 Factor-Search     4 Basis(+Factor)-Search     5 Basis(+Factor)-Harmonics-Search Value for Searching: MHz                     Length error L maximal   0.1% 0.5% 1% 2% 5% all            to top              only best (yellow)       only f2=1,2,3,5 (yellow, grey, green, red)) Results (search for N with 150 MHz)      with Cn      Attention ! Factor 0.6180339887498948482 to L and to T, invers to f, Basis B= 6/5, 5/4, 4/3, e/2, e^(1/e), 3/2, 1.61803, 5/3, 7/4, 2, 5/2, e, 3, 7/2, 9/2, 5, 7, 9, 11, B F error L[%]   Z N [1m=1m] Factor2 [1MHz=1.0E6Hz] [1s=1s] 6/5 0.618 err=-11.31 Au Z=79 (170.39) N=166 L=0.89777 m *2.22620=150 MHz f=333.930 MHz T=2.9946419649579E-9 s 6/5 0.618 err=-85.52 Au Z=79 (170.39) N=167 L=1.07733 m *1.85517=150 MHz f=278.275 MHz T=3.5935703579495E-9 s 6/5 0.618 err=-54.6 Au Z=79 (170.39) N=168 L=1.29279 m *1.54597=150 MHz f=231.896 MHz T=4.3122844295394E-9 s 6/5 0.618 err=-28.84 Au Z=79 (170.39) N=169 L=1.55135 m *1.28831=150 MHz f=193.246 MHz T=5.1747413154473E-9 s 6/5 0.618 err=-7.36 Au Z=79 (170.39) N=170 L=1.86162 m *1.07359=150 MHz f=161.039 MHz T=6.2096895785367E-9 s 6/5 0.618 err=-11.78 Au Z=79 (170.39) N=171 L=2.23394 m /1.11774=150 MHz f=134.199 MHz T=7.4516274942441E-9 s 6/5 0.618 err=-34.13 Au Z=79 (170.39) N=172 L=2.68073 m /1.34129=150 MHz f=111.832 MHz T=8.9419529930929E-9 s 6/5 0.618 err=-60.96 Au Z=79 (170.39) N=173 L=3.21688 m /1.60955=150 MHz f=93.194 MHz T=1.0730343591711E-8 s 6/5 0.618 err=-93.15 Au Z=79 (170.39) N=174 L=3.86025 m /1.93146=150 MHz f=77.661 MHz T=1.2876412310054E-8 s 5/4 0.618 err=-28.17 Au Z=79 (139.22) N=135 L=0.77971 m *2.56330=150 MHz f=384.495 MHz T=2.6008171387596E-9 s 5/4 0.618 err=-2.54 Au Z=79 (139.22) N=136 L=0.97463 m *2.05064=150 MHz f=307.596 MHz T=3.2510214234495E-9 s 5/4 0.618 err=-64.06 Au Z=79 (139.22) N=137 L=1.21829 m *1.64051=150 MHz f=246.077 MHz T=4.0637767793119E-9 s 5/4 0.618 err=-31.25 Au Z=79 (139.22) N=138 L=1.52286 m *1.31241=150 MHz f=196.861 MHz T=5.0797209741399E-9 s 5/4 0.618 err=-5 Au Z=79 (139.22) N=139 L=1.90358 m *1.04993=150 MHz f=157.489 MHz T=6.3496512176748E-9 s 5/4 0.618 err=-19.06 Au Z=79 (139.22) N=140 L=2.37947 m /1.19056=150 MHz f=125.991 MHz T=7.9370640220935E-9 s 5/4 0.618 err=-48.82 Au Z=79 (139.22) N=141 L=2.97434 m /1.48820=150 MHz f=100.793 MHz T=9.9213300276169E-9 s 5/4 0.618 err=-86.03 Au Z=79 (139.22) N=142 L=3.71792 m /1.86025=150 MHz f=80.634 MHz T=1.2401662534521E-8 s 5/4 0.618 err=-16.27 Au Z=79 (139.22) N=143 L=4.64741 m /2.32531=150 MHz f=64.507 MHz T=1.5502078168151E-8 s 4/3 0.618 err=-4.94 Au Z=79 (107.99) N=104 L=0.63490 m *3.14791=150 MHz f=472.186 MHz T=2.1178084147043E-9 s 4/3 0.618 err=-18.05 Au Z=79 (107.99) N=105 L=0.84654 m *2.36093=150 MHz f=354.140 MHz T=2.8237445529384E-9 s 4/3 0.618 err=-77.07 Au Z=79 (107.99) N=106 L=1.12872 m *1.77070=150 MHz f=265.605 MHz T=3.7649927372502E-9 s 4/3 0.618 err=-32.81 Au Z=79 (107.99) N=107 L=1.50496 m *1.32802=150 MHz f=199.204 MHz T=5.0199903163324E-9 s 4/3 0.618 err=-0.4 Au Z=79 (107.99) N=108 L=2.00661 m /1.00400=150 MHz f=149.403 MHz T=6.6933204217748E-9 s 4/3 0.618 err=-33.87 Au Z=79 (107.99) N=109 L=2.67548 m /1.33866=150 MHz f=112.052 MHz T=8.9244272290309E-9 s 4/3 0.618 err=-78.49 Au Z=79 (107.99) N=110 L=3.56730 m /1.78489=150 MHz f=84.039 MHz T=1.1899236305372E-8 s 4/3 0.618 err=-19 Au Z=79 (107.99) N=111 L=4.75640 m /2.37985=150 MHz f=63.029 MHz T=1.5865648407158E-8 s 4/3 0.618 err=-5.78 Au Z=79 (107.99) N=112 L=6.34187 m /3.17313=150 MHz f=47.272 MHz T=2.1154197876205E-8 s e/2 0.618 err=-22.43 Au Z=79 (101.24) N=97 L=0.54417 m *3.67279=150 MHz f=550.918 MHz T=1.8151529570424E-9 s e/2 0.618 err=-35.12 Au Z=79 (101.24) N=98 L=0.73960 m *2.70228=150 MHz f=405.343 MHz T=2.4670486495001E-9 s e/2 0.618 err=-98.83 Au Z=79 (101.24) N=99 L=1.00522 m *1.98823=150 MHz f=298.234 MHz T=3.3530667569289E-9 s e/2 0.618 err=-46.29 Au Z=79 (101.24) N=100 L=1.36624 m *1.46286=150 MHz f=219.429 MHz T=4.5572902174833E-9 s e/2 0.618 err=-7.64 Au Z=79 (101.24) N=101 L=1.85691 m *1.07631=150 MHz f=161.447 MHz T=6.1939995925971E-9 s e/2 0.618 err=-26.28 Au Z=79 (101.24) N=102 L=2.52381 m /1.26278=150 MHz f=118.786 MHz T=8.4185182690164E-9 s e/2 0.618 err=-71.63 Au Z=79 (101.24) N=103 L=3.43021 m /1.71629=150 MHz f=87.398 MHz T=1.1441952616605E-8 s e/2 0.618 err=-16.64 Au Z=79 (101.24) N=104 L=4.66214 m /2.33268=150 MHz f=64.304 MHz T=1.5551225939897E-8 s e/2 0.618 err=-5.69 Au Z=79 (101.24) N=105 L=6.33651 m /3.17045=150 MHz f=47.312 MHz T=2.1136307441333E-8 s e^(1 0.618 err=-2.63 Au Z=79 (84.45) N=80 L=0.38951 m *5.13109=150 MHz f=769.664 MHz T=1.2992686718891E-9 s e^(1 0.618 err=-18.4 Au Z=79 (84.45) N=81 L=0.56271 m *3.55174=150 MHz f=532.762 MHz T=1.877011693095E-9 s e^(1 0.618 err=-22.93 Au Z=79 (84.45) N=82 L=0.81293 m *2.45852=150 MHz f=368.778 MHz T=2.7116584677539E-9 s e^(1 0.618 err=-70.18 Au Z=79 (84.45) N=83 L=1.17442 m *1.70179=150 MHz f=255.268 MHz T=3.9174458383991E-9 s e^(1 0.618 err=-17.8 Au Z=79 (84.45) N=84 L=1.69665 m *1.17798=150 MHz f=176.697 MHz T=5.6594080999816E-9 s e^(1 0.618 err=-22.64 Au Z=79 (84.45) N=85 L=2.45109 m /1.22639=150 MHz f=122.310 MHz T=8.1759649943818E-9 s e^(1 0.618 err=-77.18 Au Z=79 (84.45) N=86 L=3.54101 m /1.77173=150 MHz f=84.663 MHz T=1.1811553860124E-8 s e^(1 0.618 err=-27.98 Au Z=79 (84.45) N=87 L=5.11559 m /2.55957=150 MHz f=58.604 MHz T=1.7063772250307E-8 s e^(1 0.618 err=-23.26 Au Z=79 (84.45) N=88 L=7.39033 m /3.69772=150 MHz f=40.566 MHz T=2.4651483357609E-8 s 3/2 0.618 err=-8.38 Au Z=79 (76.62) N=73 L=0.46104 m *4.33500=150 MHz f=650.249 MHz T=1.5378712335462E-9 s 3/2 0.618 err=-44.5 Au Z=79 (76.62) N=74 L=0.69156 m *2.89000=150 MHz f=433.500 MHz T=2.3068068503193E-9 s 3/2 0.618 err=-92.67 Au Z=79 (76.62) N=75 L=1.03734 m *1.92667=150 MHz f=289.000 MHz T=3.460210275479E-9 s 3/2 0.618 err=-28.45 Au Z=79 (76.62) N=76 L=1.55602 m *1.28444=150 MHz f=192.667 MHz T=5.1903154132185E-9 s 3/2 0.618 err=-16.79 Au Z=79 (76.62) N=77 L=2.33403 m /1.16782=150 MHz f=128.444 MHz T=7.7854731198278E-9 s 3/2 0.618 err=-75.18 Au Z=79 (76.62) N=78 L=3.50104 m /1.75173=150 MHz f=85.630 MHz T=1.1678209679742E-8 s 3/2 0.618 err=-31.38 Au Z=79 (76.62) N=79 L=5.25156 m /2.62760=150 MHz f=57.086 MHz T=1.7517314519612E-8 s 3/2 0.618 err=-31.38 Au Z=79 (76.62) N=80 L=7.87734 m /3.94140=150 MHz f=38.058 MHz T=2.6275971779419E-8 s 3/2 0.618 err=-18.25 Au Z=79 (76.62) N=81 L=11.81601 m /5.91209=150 MHz f=25.372 MHz T=3.9413957669128E-8 s 1.61 0.618 err=-10.78 Au Z=79 (64.56) N=61 L=0.36085 m *5.53866=150 MHz f=830.799 MHz T=1.2036608016694E-9 s 1.61 0.618 err=-14.11 Au Z=79 (64.56) N=62 L=0.58387 m *3.42308=150 MHz f=513.462 MHz T=1.947564088027E-9 s 1.61 0.618 err=-5.78 Au Z=79 (64.56) N=63 L=0.94471 m *2.11558=150 MHz f=317.337 MHz T=3.1512248896964E-9 s 1.61 0.618 err=-30.76 Au Z=79 (64.56) N=64 L=1.52858 m *1.30750=150 MHz f=196.125 MHz T=5.0987889777234E-9 s 1.61 0.618 err=-23.76 Au Z=79 (64.56) N=65 L=2.47329 m /1.23750=150 MHz f=121.212 MHz T=8.2500138674198E-9 s 1.61 0.618 err=-0.117 Au Z=79 (64.56) N=66 L=4.00187 m /2.00232=150 MHz f=74.913 MHz T=1.3348802845143E-8 s 1.61 0.618 err=-8 Au Z=79 (64.56) N=67 L=6.47516 m /3.23982=150 MHz f=46.299 MHz T=2.1598816712563E-8 s 1.61 0.618 err=-4.85 Au Z=79 (64.56) N=68 L=10.47703 m /5.24214=150 MHz f=28.614 MHz T=3.4947619557706E-8 s 1.61 0.618 err=-6.03 Au Z=79 (64.56) N=69 L=16.95220 m /8.48197=150 MHz f=17.685 MHz T=5.6546436270268E-8 s 5/3 0.618 err=-0.271 Au Z=79 (60.81) N=57 L=0.28475 m *7.01895=150 MHz f=1052.842 MHz T=9.4981011530637E-10 s 5/3 0.618 err=-5.29 Au Z=79 (60.81) N=58 L=0.47458 m *4.21137=150 MHz f=631.705 MHz T=1.5830168588433E-9 s 5/3 0.618 err=-26.35 Au Z=79 (60.81) N=59 L=0.79096 m *2.52682=150 MHz f=379.023 MHz T=2.6383614314045E-9 s 5/3 0.618 err=-51.61 Au Z=79 (60.81) N=60 L=1.31827 m *1.51609=150 MHz f=227.414 MHz T=4.397269052339E-9 s 5/3 0.618 err=-9.94 Au Z=79 (60.81) N=61 L=2.19711 m /1.09932=150 MHz f=136.448 MHz T=7.3287817538954E-9 s 5/3 0.618 err=-83.22 Au Z=79 (60.81) N=62 L=3.66186 m /1.83220=150 MHz f=81.869 MHz T=1.2214636256488E-8 s 5/3 0.618 err=-1.79 Au Z=79 (60.81) N=63 L=6.10309 m /3.05366=150 MHz f=49.121 MHz T=2.0357727094138E-8 s 5/3 0.618 err=-1.79 Au Z=79 (60.81) N=64 L=10.17182 m /5.08943=150 MHz f=29.473 MHz T=3.3929545156883E-8 s 5/3 0.618 err=-6.03 Au Z=79 (60.81) N=65 L=16.95304 m /8.48239=150 MHz f=17.684 MHz T=5.6549241928115E-8 s 7/4 0.618 err=-2 Au Z=79 (55.51) N=52 L=0.27994 m *7.13957=150 MHz f=1070.936 MHz T=9.3376285553607E-10 s 7/4 0.618 err=-2 Au Z=79 (55.51) N=53 L=0.48989 m *4.07976=150 MHz f=611.963 MHz T=1.6340849971881E-9 s 7/4 0.618 err=-16.57 Au Z=79 (55.51) N=54 L=0.85730 m *2.33129=150 MHz f=349.693 MHz T=2.8596487450792E-9 s 7/4 0.618 err=-33.22 Au Z=79 (55.51) N=55 L=1.50028 m *1.33216=150 MHz f=199.825 MHz T=5.0043853038886E-9 s 7/4 0.618 err=-31.37 Au Z=79 (55.51) N=56 L=2.62548 m /1.31365=150 MHz f=114.186 MHz T=8.7576742818051E-9 s 7/4 0.618 err=-14.95 Au Z=79 (55.51) N=57 L=4.59460 m /2.29889=150 MHz f=65.249 MHz T=1.5325929993159E-8 s 7/4 0.618 err=-0.577 Au Z=79 (55.51) N=58 L=8.04055 m /4.02306=150 MHz f=37.285 MHz T=2.6820377488028E-8 s 7/4 0.618 err=-0.577 Au Z=79 (55.51) N=59 L=14.07096 m /7.04035=150 MHz f=21.306 MHz T=4.6935660604049E-8 s 7/4 0.618 err=-2.68 Au Z=79 (55.51) N=60 L=24.62417 m /12.32061=150 MHz f=12.175 MHz T=8.2137406057086E-8 s 2 0.618 err=-0.762 Au Z=79 (44.82) N=41 **L=0.14168 m *14.10655=150 MHz f=2115.983 MHz T=4.7259365281555E-10 s 2 0.618 err=-0.762 Au Z=79 (44.82) N=42 **L=0.28336 m *7.05328=150 MHz f=1057.991 MHz T=9.4518730563109E-10 s 2 0.618 err=-17.56 Au Z=79 (44.82) N=43 **L=0.56672 m *3.52664=150 MHz f=528.996 MHz T=1.8903746112622E-9 s 2 0.618 err=-76.34 Au Z=79 (44.82) N=44 **L=1.13344 m *1.76332=150 MHz f=264.498 MHz T=3.7807492225244E-9 s 2 0.618 err=-13.43 Au Z=79 (44.82) N=45 **L=2.26688 m /1.13422=150 MHz f=132.249 MHz T=7.5614984450487E-9 s 2 0.618 err=-13.43 Au Z=79 (44.82) N=46 **L=4.53376 m /2.26845=150 MHz f=66.124 MHz T=1.5122996890097E-8 s 2 0.618 err=-13.43 Au Z=79 (44.82) N=47 **L=9.06752 m /4.53690=150 MHz f=33.062 MHz T=3.0245993780195E-8 s 2 0.618 err=-0.82 Au Z=79 (44.82) N=48 **L=18.13504 m /9.07380=150 MHz f=16.531 MHz T=6.049198756039E-8 s 2 0.618 err=-0.82 Au Z=79 (44.82) N=49 **L=36.27008 m /18.14760=150 MHz f=8.266 MHz T=1.2098397512078E-7 s 5/2 0.618 err=-2.19 Au Z=79 (33.90) N=30 L=0.05588 m *35.76436=150 MHz f=5364.654 MHz T=1.8640532838089E-10 s 5/2 0.618 err=-2.19 Au Z=79 (33.90) N=31 L=0.13971 m *14.30574=150 MHz f=2145.861 MHz T=4.6601332095222E-10 s 5/2 0.618 err=-14.45 Au Z=79 (33.90) N=32 L=0.34927 m *5.72230=150 MHz f=858.345 MHz T=1.1650333023805E-9 s 5/2 0.618 err=-14.45 Au Z=79 (33.90) N=33 L=0.87317 m *2.28892=150 MHz f=343.338 MHz T=2.9125832559514E-9 s 5/2 0.618 err=-9.23 Au Z=79 (33.90) N=34 L=2.18293 m /1.09222=150 MHz f=137.335 MHz T=7.2814581398784E-9 s 5/2 0.618 err=-36.53 Au Z=79 (33.90) N=35 L=5.45732 m /2.73055=150 MHz f=54.934 MHz T=1.8203645349696E-8 s 5/2 0.618 err=-13.78 Au Z=79 (33.90) N=36 L=13.64329 m /6.82637=150 MHz f=21.974 MHz T=4.550911337424E-8 s 5/2 0.618 err=-0.388 Au Z=79 (33.90) N=37 L=34.10822 m /17.06592=150 MHz f=8.789 MHz T=1.137727834356E-7 s 5/2 0.618 err=-1.59 Au Z=79 (33.90) N=38 L=85.27056 m /42.66479=150 MHz f=3.516 MHz T=2.84431958589E-7 s e 0.618 err=-0.525 Au Z=79 (31.07) N=27 L=0.03428 m *58.30418=150 MHz** f=8745.627 MHz T=1.1434286602706E-10 s e 0.618 err=-2.14 Au Z=79 (31.07) N=28 L=0.09318 m *21.44891=150 MHz** f=3217.336 MHz T=3.1081613493528E-10 s e 0.618 err=-12.73 Au Z=79 (31.07) N=29 L=0.25329 m *7.89061=150 MHz** f=1183.592 MHz T=8.4488585158644E-10 s e 0.618 err=-45.14 Au Z=79 (31.07) N=30 L=0.68851 m *2.90279=150 MHz** f=435.419 MHz T=2.2966378574895E-9 s e 0.618 err=-6.79 Au Z=79 (31.07) N=31 L=1.87158 m *1.06788=150 MHz** f=160.182 MHz T=6.2429089545648E-9 s e 0.618 err=-27.28 Au Z=79 (31.07) N=32 L=5.08747 m /2.54550=150 MHz** f=58.928 MHz T=1.6969985967917E-8 s e 0.618 err=-15.33 Au Z=79 (31.07) N=33 L=13.82919 m /6.91938=150 MHz** f=21.678 MHz T=4.6129204485794E-8 s e 0.618 err=-4.5 Au Z=79 (31.07) N=34 L=37.59163 m /18.80883=150 MHz** f=7.975 MHz T=1.25392178315E-7 s e 0.618 err=-0.251 Au Z=79 (31.07) N=35 L=102.18464 m /51.12769=150 MHz** f=2.934 MHz T=3.4085127974457E-7 s 3 0.618 err=-0.767 Au Z=79 (28.28) N=24 L=0.01820 m *109.83495=150 MHz f=16475.243 MHz T=6.069713267996E-11 s 3 0.618 err=-1.7 Au Z=79 (28.28) N=25 L=0.05459 m *36.61165=150 MHz f=5491.748 MHz T=1.8209139803988E-10 s 3 0.618 err=-1.7 Au Z=79 (28.28) N=26 L=0.16377 m *12.20388=150 MHz f=1830.583 MHz T=5.4627419411964E-10 s 3 0.618 err=-1.7 Au Z=79 (28.28) N=27 L=0.49131 m *4.06796=150 MHz f=610.194 MHz T=1.6388225823589E-9 s 3 0.618 err=-35.6 Au Z=79 (28.28) N=28 L=1.47392 m *1.35599=150 MHz f=203.398 MHz T=4.9164677470768E-9 s 3 0.618 err=-10.63 Au Z=79 (28.28) N=29 L=4.42176 m /2.21241=150 MHz f=67.799 MHz T=1.474940324123E-8 s 3 0.618 err=-10.63 Au Z=79 (28.28) N=30 L=13.26528 m /6.63723=150 MHz f=22.600 MHz T=4.4248209723691E-8 s 3 0.618 err=-4.8 Au Z=79 (28.28) N=31 L=39.79584 m /19.91169=150 MHz f=7.533 MHz T=1.3274462917107E-7 s 3 0.618 err=-1.25 Au Z=79 (28.28) N=32 L=119.38752 m /59.73508=150 MHz f=2.511 MHz T=3.9823388751322E-7 s 7/2 0.618 err=-0.407 Au Z=79 (24.80) N=21 L=0.01716 m *116.47206=150 MHz f=17470.809 MHz T=5.7238335202653E-11 s 7/2 0.618 err=-0.842 Au Z=79 (24.80) N=22 L=0.06006 m *33.27773=150 MHz f=4991.660 MHz T=2.0033417320928E-10 s 7/2 0.618 err=-5.65 Au Z=79 (24.80) N=23 L=0.21021 m *9.50792=150 MHz f=1426.188 MHz T=7.011696062325E-10 s 7/2 0.618 err=-35.83 Au Z=79 (24.80) N=24 L=0.73572 m *2.71655=150 MHz f=407.482 MHz T=2.4540936218137E-9 s 7/2 0.618 err=-28.84 Au Z=79 (24.80) N=25 L=2.57502 m /1.28840=150 MHz f=116.424 MHz T=8.5893276763481E-9 s 7/2 0.618 err=-12.74 Au Z=79 (24.80) N=26 L=9.01255 m /4.50940=150 MHz f=33.264 MHz T=3.0062646867218E-8 s 7/2 0.618 err=-5.22 Au Z=79 (24.80) N=27 L=31.54394 m /15.78289=150 MHz f=9.504 MHz T=1.0521926403526E-7 s 7/2 0.618 err=-0.437 Au Z=79 (24.80) N=28 L=110.40380 m /55.24011=150 MHz f=2.715 MHz T=3.6826742412342E-7 s 7/2 0.618 err=-0.177 Au Z=79 (24.80) N=29 L=386.41329 m /193.34040=150 MHz f=0.776 MHz T=1.288935984432E-6 s 9/2 0.618 err=-0.331 Au Z=79 (20.65) N=17 L=0.00820 m *243.80238=150 MHz f=36570.357 MHz T=2.7344550991966E-11 s 9/2 0.618 err=-0.331 Au Z=79 (20.65) N=18 L=0.03689 m *54.17831=150 MHz f=8126.746 MHz T=1.2305047946385E-10 s 9/2 0.618 err=-0.331 Au Z=79 (20.65) N=19 L=0.16600 m *12.03962=150 MHz f=1805.944 MHz T=5.5372715758731E-10 s 9/2 0.618 err=-33.78 Au Z=79 (20.65) N=20 L=0.74701 m *2.67547=150 MHz f=401.321 MHz T=2.4917722091429E-9 s 9/2 0.618 err=-68.2 Au Z=79 (20.65) N=21 L=3.36157 m /1.68195=150 MHz f=89.182 MHz T=1.1212974941143E-8 s 9/2 0.618 err=-8.13 Au Z=79 (20.65) N=22 L=15.12704 m /7.56876=150 MHz f=19.818 MHz T=5.0458387235144E-8 s 9/2 0.618 err=-0.175 Au Z=79 (20.65) N=23 L=68.07170 m /34.05941=150 MHz f=4.404 MHz T=2.2706274255815E-7 s 9/2 0.618 err=-0.175 Au Z=79 (20.65) N=24 L=306.32264 m /153.26735=150 MHz f=0.979 MHz T=1.0217823415117E-6 s 9/2 0.618 err=-0.103 Au Z=79 (20.65) N=25 L=1378.45188 m /689.70308=150 MHz f=0.217 MHz T=4.5980205368025E-6 s 5 0.618 err=-0.0477 Au Z=79 (19.30) N=15 L=0.00197 m *1016.48416=150 MHz f=152472.623 MHz T=6.5585544330941E-12 s 5 0.618 err=-0.147 Au Z=79 (19.30) N=16 L=0.00983 m *203.29683=150 MHz f=30494.525 MHz T=3.279277216547E-11 s 5 0.618 err=-1.65 Au Z=79 (19.30) N=17 L=0.04916 m *40.65937=150 MHz f=6098.905 MHz T=1.6396386082735E-10 s 5 0.618 err=-1.65 Au Z=79 (19.30) N=18 L=0.24578 m *8.13187=150 MHz f=1219.781 MHz T=8.1981930413676E-10 s 5 0.618 err=-62.64 Au Z=79 (19.30) N=19 L=1.22888 m *1.62637=150 MHz f=243.956 MHz T=4.0990965206838E-9 s 5 0.618 err=-2.48 Au Z=79 (19.30) N=20 L=6.14439 m /3.07432=150 MHz f=48.791 MHz T=2.0495482603419E-8 s 5 0.618 err=-2.48 Au Z=79 (19.30) N=21 L=30.72196 m /15.37161=150 MHz f=9.758 MHz T=1.0247741301709E-7 s 5 0.618 err=-1.13 Au Z=79 (19.30) N=22 L=153.60978 m /76.85806=150 MHz f=1.952 MHz T=5.1238706508547E-7 s 5 0.618 err=-0.0756 Au Z=79 (19.30) N=23 L=768.04889 m /384.29030=150 MHz f=0.390 MHz T=2.5619353254274E-6 s 7 0.618 err=-0.00745 Au Z=79 (15.96) N=12 L=0.00089 m *2241.16689=150 MHz f=336175.034 MHz T=2.9746408827076E-12 s 7 0.618 err=-0.0521 Au Z=79 (15.96) N=13 L=0.00624 m *320.16670=150 MHz f=48025.005 MHz T=2.0822486178953E-11 s 7 0.618 err=-1.65 Au Z=79 (15.96) N=14 L=0.04370 m *45.73810=150 MHz f=6860.715 MHz T=1.4575740325267E-10 s 7 0.618 err=-8.91 Au Z=79 (15.96) N=15 L=0.30588 m *6.53401=150 MHz f=980.102 MHz T=1.0203018227687E-9 s 7 0.618 err=-7.14 Au Z=79 (15.96) N=16 L=2.14115 m /1.07132=150 MHz f=140.015 MHz T=7.1421127593808E-9 s 7 0.618 err=-7.14 Au Z=79 (15.96) N=17 L=14.98806 m /7.49922=150 MHz f=20.002 MHz T=4.9994789315666E-8 s 7 0.618 err=-0.952 Au Z=79 (15.96) N=18 L=104.91643 m /52.49453=150 MHz f=2.857 MHz T=3.4996352520966E-7 s 7 0.618 err=-0.126 Au Z=79 (15.96) N=19 L=734.41498 m /367.46170=150 MHz f=0.408 MHz T=2.4497446764676E-6 s 7 0.618 err=-0.00902 Au Z=79 (15.96) N=20 L=5140.90485 m /2572.23191=150 MHz f=0.058 MHz T=1.7148212735273E-5 s 9 0.618 err=-0.0071 Au Z=79 (14.14) N=10 L=0.00022 m *8896.63113=150 MHz f=1334494.669 MHz T=7.4934731703654E-13 s 9 0.618 err=-0.0521 Au Z=79 (14.14) N=11 L=0.00202 m *988.51457=150 MHz f=148277.185 MHz T=6.7441258533289E-12 s 9 0.618 err=-0.767 Au Z=79 (14.14) N=12 L=0.01820 m *109.83495=150 MHz f=16475.243 MHz T=6.069713267996E-11 s 9 0.618 err=-1.7 Au Z=79 (14.14) N=13 L=0.16377 m *12.20388=150 MHz f=1830.583 MHz T=5.4627419411964E-10 s 9 0.618 err=-35.6 Au Z=79 (14.14) N=14 L=1.47392 m *1.35599=150 MHz f=203.398 MHz T=4.9164677470768E-9 s 9 0.618 err=-10.63 Au Z=79 (14.14) N=15 L=13.26528 m /6.63723=150 MHz f=22.600 MHz T=4.4248209723691E-8 s 9 0.618 err=-1.25 Au Z=79 (14.14) N=16 L=119.38752 m /59.73508=150 MHz f=2.511 MHz T=3.9823388751322E-7 s 9 0.618 err=-0.115 Au Z=79 (14.14) N=17 L=1074.48764 m /537.61575=150 MHz f=0.279 MHz T=3.584104987619E-6 s 9 0.618 err=-0.0112 Au Z=79 (14.14) N=18 L=9670.38880 m /4838.54173=150 MHz f=0.031 MHz T=3.2256944888571E-5 s 11 0.618 err=-0.00591 Au Z=79 (12.96) N=9 L=0.00015 m *13155.77727=150 MHz f=1973366.591 MHz T=5.0674821633842E-13 s 11 0.618 err=-0.082 Au Z=79 (12.96) N=10 L=0.00167 m *1195.97975=150 MHz f=179396.963 MHz T=5.5742303797226E-12 s 11 0.618 err=-0.672 Au Z=79 (12.96) N=11 L=0.01838 m *108.72543=150 MHz f=16308.815 MHz T=6.1316534176948E-11 s 11 0.618 err=-9.83 Au Z=79 (12.96) N=12 L=0.20220 m *9.88413=150 MHz f=1482.620 MHz T=6.7448187594643E-10 s 11 0.618 err=-11.29 Au Z=79 (12.96) N=13 L=2.22425 m /1.11290=150 MHz f=134.784 MHz T=7.4193006354107E-9 s 11 0.618 err=-2.02 Au Z=79 (12.96) N=14 L=24.46675 m /12.24185=150 MHz f=12.253 MHz T=8.1612306989518E-8 s 11 0.618 err=-0.493 Au Z=79 (12.96) N=15 L=269.13430 m /134.66031=150 MHz f=1.114 MHz T=8.977353768847E-7 s 11 0.618 err=-0.0178 Au Z=79 (12.96) N=16 L=2960.47725 m /1481.26337=150 MHz f=0.101 MHz T=9.8750891457317E-6 s 11 0.618 err=-0.00551 Au Z=79 (12.96) N=17 L=32565.24973 m /16293.89709=150 MHz f=0.009 MHz T=0.00010862598060305 s 50 gelbe (+ 121 factorised) Treffer bei Basis=6/5,6/5,6/5,6/5,6/5,6/5,6/5,6/5,6/5,5/4,5/4,5/4,5/4,5/4,5/4,5/4,5/4,5/4,4/3,4/3,4/3,4/3,4/3,4/3,4/3,4/3,4/3,e/2,e/2,e/2,e/2,e/2,e/2,e/2,e/2,e/2,e^(1/e),e^(1/e),e^(1/e),e^(1/e),e^(1/e),e^(1/e),e^(1/e),e^(1/e),e^(1/e),3/2,3/2,3/2,3/2,3/2,3/2,3/2,3/2,3/2,1.61803,1.61803,1.61803,1.61803,1.61803,1.61803,1.61803,1.61803,1.61803,5/3,5/3,5/3,5/3,5/3,5/3,5/3,5/3,5/3,7/4,7/4,7/4,7/4,7/4,7/4,7/4,7/4,7/4,2,2,2,2,2,2,2,2,2,5/2,5/2,5/2,5/2,5/2,5/2,5/2,5/2,5/2,e,e,e,e,e,e,e,e,e,3,3,3,3,3,3,3,3,3,7/2,7/2,7/2,7/2,7/2,7/2,7/2,7/2,7/2,9/2,9/2,9/2,9/2,9/2,9/2,9/2,9/2,9/2,5,5,5,5,5,5,5,5,5,7,7,7,7,7,7,7,7,7,9,9,9,9,9,9,9,9,9,11,11,11,11,11,11,11,11,11, Cx=1.3195909068E-15, Factor=0.6180339887498948482, c=299792458, genau=100%, mod=4, Suchwort=150 MHz 0.1%= 12 (B: 5, 5, 7, 7, 7, 9, 9, 9, 11, 11, 11, 11) __ 0.5%= 18 (B: 4/3, 1.61, 5/3, 5/2, e, 7/2, 7/2, 7/2, 9/2, 9/2, 9/2, 9/2, 9/2, 9/2, 5, 7, 9, 11) __ 1%= 12 (B: 7/4, 7/4, 2, 2, 2, 2, e, 3, 7/2, 7, 9, 11) __ 2%= 13 (B: 5/3, 5/3, 5/2, 3, 3, 3, 3, 5, 5, 5, 7, 9, 9) __ 5%= 15 (B: 5/4, 4/3, e^(1, 1.61, 7/4, 7/4, 7/4, 5/2, 5/2, e, e, 3, 5, 5, 11)                                                                 info@aladin24.de, www.torkado.de