B | F | error L[%] | | Z | N | [1m=1m] Factor2 | [1MHz=1.0E6Hz] |
2 | 0.618 | err=-1.48 | H | Z=1 | (117.27) N=113 | L=0.1037282 m *19.2811659=2 m | f=2890.17406 MHz |
2 | 0.618 | err=-1.48 | He | Z=2 | (116.27) N=112 | L=0.1037282 m *19.2811659=2 m | f=2890.17406 MHz |
2 | 0.618 | err=-1.48 | Be | Z=4 | (115.27) N=111 | L=0.1037282 m *19.2811659=2 m | f=2890.17406 MHz |
2 | 0.618 | err=-0.162 | N | Z=7 | (114.46) N=111 | L=0.1815243 m *11.0178091=2 m | f=1651.52804 MHz |
2 | 0.618 | err=-1.48 | O | Z=8 | (114.27) N=110 | L=0.1037282 m *19.2811659=2 m | f=2890.17406 MHz |
2 | 0.618 | err=-0.817 | F | Z=9 | (114.10) N=110 | L=0.1166942 m *17.1388142=2 m | f=2569.04361 MHz |
2 | 0.618 | err=-0.162 | Na | Z=11 | (113.81) N=110 | L=0.1426262 m *14.0226661=2 m | f=2101.94477 MHz |
2 | 0.618 | err=-0.162 | Na | Z=11 | (113.81) N=111 | L=0.2852525 m *7.0113331=2 m | f=1050.97239 MHz |
2 | 0.618 | err=-1.43 | Na | Z=11 | (113.81) N=117 | L=18.2561574 m /9.1280787=2 m | f=16.42144 MHz |
2 | 0.618 | err=-1.43 | Na | Z=11 | (113.81) N=118 | L=36.5123148 m /18.2561574=2 m | f=8.21072 MHz |
2 | 0.618 | err=-0.162 | Si | Z=14 | (113.46) N=110 | L=0.1815243 m *11.0178091=2 m | f=1651.52804 MHz |
2 | 0.618 | err=-1.48 | S | Z=16 | (113.27) N=109 | L=0.1037282 m *19.2811659=2 m | f=2890.17406 MHz |
2 | 0.618 | err=-0.817 | Cl | Z=17 | (113.18) N=109 | L=0.1102112 m *18.1469797=2 m | f=2720.16383 MHz |
2 | 0.618 | err=-0.817 | Cl | Z=17 | (113.18) N=110 | L=0.2204224 m *9.0734899=2 m | f=1360.08191 MHz |
2 | 0.618 | err=-0.765 | Cl | Z=17 | (113.18) N=116 | L=14.1070307 m /7.0535154=2 m | f=21.25128 MHz |
2 | 0.618 | err=-0.765 | Cl | Z=17 | (113.18) N=117 | L=28.2140614 m /14.1070307=2 m | f=10.62564 MHz |
2 | 0.618 | err=-0.817 | Ar | Z=18 | (113.10) N=109 | L=0.1166942 m *17.1388142=2 m | f=2569.04361 MHz |
2 | 0.618 | err=-1.48 | K | Z=19 | (113.02) N=113 | L=1.9708352 m *1.0147982=2 m | f=152.11442 MHz |
2 | 0.618 | err=-0.162 | Ti | Z=22 | (112.81) N=109 | L=0.1426262 m *14.0226661=2 m | f=2101.94477 MHz |
2 | 0.618 | err=-0.162 | Ti | Z=22 | (112.81) N=110 | L=0.2852525 m *7.0113331=2 m | f=1050.97239 MHz |
2 | 0.618 | err=-1.43 | Ti | Z=22 | (112.81) N=116 | L=18.2561574 m /9.1280787=2 m | f=16.42144 MHz |
2 | 0.618 | err=-1.43 | Ti | Z=22 | (112.81) N=117 | L=36.5123148 m /18.2561574=2 m | f=8.21072 MHz |
2 | 0.618 | err=-0.453 | V | Z=23 | (112.75) N=117 | L=38.1719655 m /19.0859827=2 m | f=7.85373 MHz |
2 | 0.618 | err=-1.85 | Co | Z=27 | (112.51) N=116 | L=22.4052841 m /11.2026420=2 m | f=13.38044 MHz |
2 | 0.618 | err=-0.162 | Ni | Z=28 | (112.46) N=109 | L=0.1815243 m *11.0178091=2 m | f=1651.52804 MHz |
2 | 0.618 | err=-0.271 | Cu | Z=29 | (112.41) N=114 | L=6.0162337 m /3.0081168=2 m | f=49.83059 MHz |
2 | 0.618 | err=-0.271 | Cu | Z=29 | (112.41) N=115 | L=12.0324674 m /6.0162337=2 m | f=24.91529 MHz |
2 | 0.618 | err=-0.271 | Cu | Z=29 | (112.41) N=116 | L=24.0649347 m /12.0324674=2 m | f=12.45765 MHz |
2 | 0.618 | err=-1.48 | Ge | Z=32 | (112.27) N=108 | L=0.1037282 m *19.2811659=2 m | f=2890.17406 MHz |
2 | 0.618 | err=-0.817 | Se | Z=34 | (112.18) N=108 | L=0.1102112 m *18.1469797=2 m | f=2720.16383 MHz |
2 | 0.618 | err=-0.817 | Se | Z=34 | (112.18) N=109 | L=0.2204224 m *9.0734899=2 m | f=1360.08191 MHz |
2 | 0.618 | err=-0.765 | Se | Z=34 | (112.18) N=115 | L=14.1070307 m /7.0535154=2 m | f=21.25128 MHz |
2 | 0.618 | err=-0.765 | Se | Z=34 | (112.18) N=116 | L=28.2140614 m /14.1070307=2 m | f=10.62564 MHz |
2 | 0.618 | err=-0.817 | Kr | Z=36 | (112.10) N=108 | L=0.1166942 m *17.1388142=2 m | f=2569.04361 MHz |
2 | 0.618 | err=-1.48 | Sr | Z=38 | (112.02) N=112 | L=1.9708352 m *1.0147982=2 m | f=152.11442 MHz |
2 | 0.618 | err=-1.14 | Y | Z=39 | (111.98) N=112 | L=2.0226993 m /1.0113496=2 m | f=148.21405 MHz |
2 | 0.618 | err=-0.325 | Nb | Z=41 | (111.91) N=108 | L=0.1329017 m *15.0487149=2 m | f=2255.74561 MHz |
2 | 0.618 | err=-0.0672 | Nb | Z=41 | (111.91) N=116 | L=34.0228388 m /17.0114194=2 m | f=8.81151 MHz |
2 | 0.618 | err=-0.162 | Ru | Z=44 | (111.81) N=108 | L=0.1426262 m *14.0226661=2 m | f=2101.94477 MHz |
2 | 0.618 | err=-0.162 | Ru | Z=44 | (111.81) N=109 | L=0.2852525 m *7.0113331=2 m | f=1050.97239 MHz |
2 | 0.618 | err=-1.43 | Ru | Z=44 | (111.81) N=115 | L=18.2561574 m /9.1280787=2 m | f=16.42144 MHz |
2 | 0.618 | err=-1.43 | Ru | Z=44 | (111.81) N=116 | L=36.5123148 m /18.2561574=2 m | f=8.21072 MHz |
2 | 0.618 | err=-0.453 | Pd | Z=46 | (111.75) N=116 | L=38.1719655 m /19.0859827=2 m | f=7.85373 MHz |
2 | 0.618 | err=-0.982 | Ag | Z=47 | (111.71) N=108 | L=0.1523507 m *13.1276023=2 m | f=1967.77809 MHz |
2 | 0.618 | err=-1.66 | In | Z=49 | (111.65) N=114 | L=10.1653604 m /5.0826802=2 m | f=29.49157 MHz |
2 | 0.618 | err=-1.66 | In | Z=49 | (111.65) N=115 | L=20.3307207 m /10.1653604=2 m | f=14.74579 MHz |
2 | 0.618 | err=-1.66 | In | Z=49 | (111.65) N=116 | L=40.6614415 m /20.3307207=2 m | f=7.37289 MHz |
2 | 0.618 | err=-0.817 | Sb | Z=51 | (111.60) N=108 | L=0.1653168 m *12.0979865=2 m | f=1813.44255 MHz |
2 | 0.618 | err=-0.817 | Sb | Z=51 | (111.60) N=109 | L=0.3306335 m *6.0489932=2 m | f=906.72128 MHz |
2 | 0.618 | err=-0.817 | Sb | Z=51 | (111.60) N=110 | L=0.6612671 m *3.0244966=2 m | f=453.36064 MHz |
2 | 0.618 | err=-1.85 | Xe | Z=54 | (111.51) N=115 | L=22.4052841 m /11.2026420=2 m | f=13.38044 MHz |
2 | 0.618 | err=-1.99 | Cs | Z=55 | (111.49) N=108 | L=0.1782828 m *11.2181329=2 m | f=1681.55582 MHz |
2 | 0.618 | err=-0.162 | Ba | Z=56 | (111.46) N=108 | L=0.1815243 m *11.0178091=2 m | f=1651.52804 MHz |
2 | 0.618 | err=-0.271 | Ce | Z=58 | (111.41) N=113 | L=6.0162337 m /3.0081168=2 m | f=49.83059 MHz |
2 | 0.618 | err=-0.271 | Ce | Z=58 | (111.41) N=114 | L=12.0324674 m /6.0162337=2 m | f=24.91529 MHz |
2 | 0.618 | err=-0.271 | Ce | Z=58 | (111.41) N=115 | L=24.0649347 m /12.0324674=2 m | f=12.45765 MHz |
2 | 0.618 | err=-1.15 | Pm | Z=61 | (111.34) N=107 | L=0.0988659 m *20.2294200=2 m | f=3032.31377 MHz |
2 | 0.618 | err=-1.15 | Pm | Z=61 | (111.34) N=108 | L=0.1977318 m *10.1147100=2 m | f=1516.15689 MHz |
2 | 0.618 | err=-1.15 | Pm | Z=61 | (111.34) N=109 | L=0.3954636 m *5.0573550=2 m | f=758.07844 MHz |
2 | 0.618 | err=-0.537 | Eu | Z=63 | (111.29) N=115 | L=26.1394981 m /13.0697490=2 m | f=11.46894 MHz |
2 | 0.618 | err=-1.48 | Gd | Z=64 | (111.27) N=107 | L=0.1037282 m *19.2811659=2 m | f=2890.17406 MHz |
2 | 0.618 | err=-0.817 | Er | Z=68 | (111.18) N=107 | L=0.1102112 m *18.1469797=2 m | f=2720.16383 MHz |
2 | 0.618 | err=-0.817 | Er | Z=68 | (111.18) N=108 | L=0.2204224 m *9.0734899=2 m | f=1360.08191 MHz |
2 | 0.618 | err=-0.765 | Er | Z=68 | (111.18) N=114 | L=14.1070307 m /7.0535154=2 m | f=21.25128 MHz |
2 | 0.618 | err=-0.765 | Er | Z=68 | (111.18) N=115 | L=28.2140614 m /14.1070307=2 m | f=10.62564 MHz |
2 | 0.618 | err=-0.817 | Hf | Z=72 | (111.10) N=107 | L=0.1166942 m *17.1388142=2 m | f=2569.04361 MHz |
2 | 0.618 | err=-0.963 | Ta | Z=73 | (111.08) N=115 | L=30.2886248 m /15.1443124=2 m | f=9.89786 MHz |
2 | 0.618 | err=-1.48 | Os | Z=76 | (111.02) N=111 | L=1.9708352 m *1.0147982=2 m | f=152.11442 MHz |
2 | 0.618 | err=-0.162 | Ir | Z=77 | (111.00) N=111 | L=1.9967672 m *1.0016190=2 m | f=150.13891 MHz |
2 | 0.618 | err=-1.14 | Pt | Z=78 | (110.98) N=111 | L=2.0226993 m /1.0113496=2 m | f=148.21405 MHz |
2 | 0.618 | err=-1.57 | Tl | Z=81 | (110.93) N=107 | L=0.1312810 m *15.2345015=2 m | f=2283.59432 MHz |
2 | 0.618 | err=-0.325 | Pb | Z=82 | (110.91) N=107 | L=0.1329017 m *15.0487149=2 m | f=2255.74561 MHz |
2 | 0.618 | err=-0.0672 | Pb | Z=82 | (110.91) N=115 | L=34.0228388 m /17.0114194=2 m | f=8.81151 MHz |
2 | 0.618 | err=-1.29 | Bi | Z=83 | (110.89) N=115 | L=34.4377514 m /17.2188757=2 m | f=8.70534 MHz |
2 | 0.618 | err=-1.32 | Fr | Z=87 | (110.83) N=107 | L=0.1410055 m *14.1838462=2 m | f=2126.10506 MHz |
2 | 0.618 | err=-1.32 | Fr | Z=87 | (110.83) N=108 | L=0.2820110 m *7.0919231=2 m | f=1063.05253 MHz |
2 | 0.618 | err=-0.271 | Fr | Z=87 | (110.83) N=114 | L=18.0487011 m /9.0243505=2 m | f=16.61020 MHz |
2 | 0.618 | err=-0.271 | Fr | Z=87 | (110.83) N=115 | L=36.0974021 m /18.0487011=2 m | f=8.30510 MHz |
2 | 0.618 | err=-0.162 | Ra | Z=88 | (110.81) N=107 | L=0.1426262 m *14.0226661=2 m | f=2101.94477 MHz |
2 | 0.618 | err=-0.162 | Ra | Z=88 | (110.81) N=108 | L=0.2852525 m *7.0113331=2 m | f=1050.97239 MHz |
2 | 0.618 | err=-1.43 | Ra | Z=88 | (110.81) N=114 | L=18.2561574 m /9.1280787=2 m | f=16.42144 MHz |
2 | 0.618 | err=-1.43 | Ra | Z=88 | (110.81) N=115 | L=36.5123148 m /18.2561574=2 m | f=8.21072 MHz |
2 | 0.618 | err=-0.453 | U | Z=92 | (110.75) N=115 | L=38.1719655 m /19.0859827=2 m | f=7.85373 MHz |
2 | 0.618 | err=-1.55 | Np | Z=93 | (110.73) N=115 | L=38.5868781 m /19.2934391=2 m | f=7.76929 MHz |
2 | 0.618 | err=-0.982 | Pu | Z=94 | (110.71) N=107 | L=0.1523507 m *13.1276023=2 m | f=1967.77809 MHz |
2 | 0.618 | err=-0.617 | Bk | Z=97 | (110.67) N=113 | L=10.0616322 m /5.0308161=2 m | f=29.79561 MHz |
2 | 0.618 | err=-0.617 | Bk | Z=97 | (110.67) N=114 | L=20.1232644 m /10.0616322=2 m | f=14.89780 MHz |
2 | 0.618 | err=-0.617 | Bk | Z=97 | (110.67) N=115 | L=40.2465288 m /20.1232644=2 m | f=7.44890 MHz |
2 | 0.618 | err=-1.66 | Cf | Z=98 | (110.65) N=113 | L=10.1653604 m /5.0826802=2 m | f=29.49157 MHz |
2 | 0.618 | err=-1.66 | Cf | Z=98 | (110.65) N=114 | L=20.3307207 m /10.1653604=2 m | f=14.74579 MHz |
2 | 0.618 | err=-1.66 | Cf | Z=98 | (110.65) N=115 | L=40.6614415 m /20.3307207=2 m | f=7.37289 MHz |
2 | 0.618 | err=-1.82 | Md | Z=101 | (110.61) N=107 | L=0.1636960 m *12.2177685=2 m | f=1831.39743 MHz |
2 | 0.618 | err=-1.82 | Md | Z=101 | (110.61) N=108 | L=0.3273920 m *6.1088843=2 m | f=915.69871 MHz |
2 | 0.618 | err=-1.82 | Md | Z=101 | (110.61) N=109 | L=0.6547841 m *3.0544421=2 m | f=457.84936 MHz |
2 | 0.618 | err=-0.817 | No | Z=102 | (110.60) N=107 | L=0.1653168 m *12.0979865=2 m | f=1813.44255 MHz |
2 | 0.618 | err=-0.817 | No | Z=102 | (110.60) N=108 | L=0.3306335 m *6.0489932=2 m | f=906.72128 MHz |
2 | 0.618 | err=-0.817 | No | Z=102 | (110.60) N=109 | L=0.6612671 m *3.0244966=2 m | f=453.36064 MHz |
2 | 0.618 | err=-0.9 | Bh | Z=107 | (110.53) N=114 | L=22.1978277 m /11.0989139=2 m | f=13.50549 MHz |
2 | 0.618 | err=-1.85 | Hs | Z=108 | (110.51) N=114 | L=22.4052841 m /11.2026420=2 m | f=13.38044 MHz |
2 | 0.618 | err=-1.99 | Ds | Z=110 | (110.49) N=107 | L=0.1782828 m *11.2181329=2 m | f=1681.55582 MHz |
2 | 0.618 | err=-1.07 | Rg | Z=111 | (110.47) N=107 | L=0.1799035 m *11.1170686=2 m | f=1666.40667 MHz |
2 | 0.618 | err=-0.162 | Cn | Z=112 | (110.46) N=107 | L=0.1815243 m *11.0178091=2 m | f=1651.52804 MHz |
2 | 0.618 | err=-0.271 | Lv | Z=116 | (110.41) N=112 | L=6.0162337 m /3.0081168=2 m | f=49.83059 MHz |
2 | 0.618 | err=-0.271 | Lv | Z=116 | (110.41) N=113 | L=12.0324674 m /6.0162337=2 m | f=24.91529 MHz |
2 | 0.618 | err=-0.271 | Lv | Z=116 | (110.41) N=114 | L=24.0649347 m /12.0324674=2 m | f=12.45765 MHz |
2 | 0.618 | err=-1.14 | Uus | Z=117 | (110.40) N=112 | L=6.0680978 m /3.0340489=2 m | f=49.40468 MHz |
2 | 0.618 | err=-1.14 | Uus | Z=117 | (110.40) N=113 | L=12.1361955 m /6.0680978=2 m | f=24.70234 MHz |
2 | 0.618 | err=-1.14 | Uus | Z=117 | (110.40) N=114 | L=24.2723911 m /12.1361955=2 m | f=12.35117 MHz |
47 Treffer,mit factor2: 6(1),0(2*),0(2/),3(3*),4(3/),1(5*),3(5/),5(7*),3(7/),bei Basis=2, Cx=1.616199E-35, Factor=0.6180339887498948482, c=299792458, genau=2%, mod=3, Suchwort=2 m |