B | F | error L[%] | | Z | N | [1m=1m] Factor2 | [1MHz=1.0E6Hz] | [1s=1s] |
2 | 0.618 | err=-0.754 | N | Z=7 | (37.47) N=34 | L=0.18033 m *11.08289=150 MHz | f=1662.433 MHz | T=6.0152804514161E-10 s |
2 | 0.618 | err=-0.754 | Na | Z=11 | (36.82) N=33 | L=0.14169 m *14.10549=150 MHz | f=2115.824 MHz | T=4.7262917832555E-10 s |
2 | 0.618 | err=-0.754 | Na | Z=11 | (36.82) N=34 | L=0.28338 m *7.05275=150 MHz | f=1057.912 MHz | T=9.452583566511E-10 s |
2 | 0.618 | err=-0.828 | Na | Z=11 | (36.82) N=40 | L=18.13640 m /9.07448=150 MHz | f=16.530 MHz | T=6.0496534825671E-8 s |
2 | 0.618 | err=-0.828 | Na | Z=11 | (36.82) N=41 | L=36.27281 m /18.14896=150 MHz | f=8.265 MHz | T=1.2099306965134E-7 s |
2 | 0.618 | err=-0.754 | Si | Z=14 | (36.47) N=33 | L=0.18033 m *11.08289=150 MHz | f=1662.433 MHz | T=6.0152804514161E-10 s |
2 | 0.618 | err=-0.173 | Cl | Z=17 | (36.19) N=39 | L=14.01449 m /7.01210=150 MHz | f=21.392 MHz | T=4.6747322365291E-8 s |
2 | 0.618 | err=-0.173 | Cl | Z=17 | (36.19) N=40 | L=28.02899 m /14.02420=150 MHz | f=10.696 MHz | T=9.3494644730582E-8 s |
2 | 0.618 | err=-0.754 | Ti | Z=22 | (35.82) N=32 | L=0.14169 m *14.10549=150 MHz | f=2115.824 MHz | T=4.7262917832555E-10 s |
2 | 0.618 | err=-0.754 | Ti | Z=22 | (35.82) N=33 | L=0.28338 m *7.05275=150 MHz | f=1057.912 MHz | T=9.452583566511E-10 s |
2 | 0.618 | err=-0.828 | Ti | Z=22 | (35.82) N=39 | L=18.13640 m /9.07448=150 MHz | f=16.530 MHz | T=6.0496534825671E-8 s |
2 | 0.618 | err=-0.828 | Ti | Z=22 | (35.82) N=40 | L=36.27281 m /18.14896=150 MHz | f=8.265 MHz | T=1.2099306965134E-7 s |
2 | 0.618 | err=-0.754 | Ni | Z=28 | (35.47) N=32 | L=0.18033 m *11.08289=150 MHz | f=1662.433 MHz | T=6.0152804514161E-10 s |
2 | 0.618 | err=-0.104 | Ga | Z=31 | (35.32) N=31 | L=0.09983 m *20.02070=150 MHz | f=3003.105 MHz | T=3.3298873927482E-10 s |
2 | 0.618 | err=-0.104 | Ga | Z=31 | (35.32) N=32 | L=0.19966 m *10.01035=150 MHz | f=1501.552 MHz | T=6.6597747854964E-10 s |
2 | 0.618 | err=-0.104 | Ga | Z=31 | (35.32) N=33 | L=0.39931 m *5.00517=150 MHz | f=750.776 MHz | T=1.3319549570993E-9 s |
2 | 0.618 | err=-0.173 | Se | Z=34 | (35.19) N=38 | L=14.01449 m /7.01210=150 MHz | f=21.392 MHz | T=4.6747322365291E-8 s |
2 | 0.618 | err=-0.173 | Se | Z=34 | (35.19) N=39 | L=28.02899 m /14.02420=150 MHz | f=10.696 MHz | T=9.3494644730582E-8 s |
2 | 0.618 | err=-0.542 | Y | Z=39 | (34.99) N=35 | L=2.00943 m /1.00541=150 MHz | f=149.193 MHz | T=6.7027410744351E-9 s |
2 | 0.618 | err=-0.918 | Nb | Z=41 | (34.92) N=31 | L=0.13203 m *15.13760=150 MHz | f=2270.640 MHz | T=4.4040446162154E-10 s |
2 | 0.618 | err=-0.754 | Ru | Z=44 | (34.82) N=31 | L=0.14169 m *14.10549=150 MHz | f=2115.824 MHz | T=4.7262917832555E-10 s |
2 | 0.618 | err=-0.754 | Ru | Z=44 | (34.82) N=32 | L=0.28338 m *7.05275=150 MHz | f=1057.912 MHz | T=9.452583566511E-10 s |
2 | 0.618 | err=-0.828 | Ru | Z=44 | (34.82) N=38 | L=18.13640 m /9.07448=150 MHz | f=16.530 MHz | T=6.0496534825671E-8 s |
2 | 0.618 | err=-0.828 | Ru | Z=44 | (34.82) N=39 | L=36.27281 m /18.14896=150 MHz | f=8.265 MHz | T=1.2099306965134E-7 s |
2 | 0.618 | err=-0.754 | Ba | Z=56 | (34.47) N=31 | L=0.18033 m *11.08289=150 MHz | f=1662.433 MHz | T=6.0152804514161E-10 s |
2 | 0.618 | err=-0.104 | Sm | Z=62 | (34.32) N=30 | L=0.09983 m *20.02070=150 MHz | f=3003.105 MHz | T=3.3298873927482E-10 s |
2 | 0.618 | err=-0.104 | Sm | Z=62 | (34.32) N=31 | L=0.19966 m *10.01035=150 MHz | f=1501.552 MHz | T=6.6597747854964E-10 s |
2 | 0.618 | err=-0.104 | Sm | Z=62 | (34.32) N=32 | L=0.39931 m *5.00517=150 MHz | f=750.776 MHz | T=1.3319549570993E-9 s |
2 | 0.618 | err=-0.509 | Tb | Z=65 | (34.26) N=30 | L=0.10466 m *19.09666=150 MHz | f=2864.500 MHz | T=3.4910109762683E-10 s |
2 | 0.618 | err=-0.173 | Er | Z=68 | (34.19) N=37 | L=14.01449 m /7.01210=150 MHz | f=21.392 MHz | T=4.6747322365291E-8 s |
2 | 0.618 | err=-0.173 | Er | Z=68 | (34.19) N=38 | L=28.02899 m /14.02420=150 MHz | f=10.696 MHz | T=9.3494644730582E-8 s |
2 | 0.618 | err=-0.0229 | Ta | Z=73 | (34.09) N=30 | L=0.11754 m *17.00388=150 MHz | f=2550.582 MHz | T=3.9206738656552E-10 s |
2 | 0.618 | err=-0.37 | Ta | Z=73 | (34.09) N=38 | L=30.08994 m /15.05539=150 MHz | f=9.963 MHz | T=1.0036925096077E-7 s |
2 | 0.618 | err=-0.754 | Ir | Z=77 | (34.01) N=34 | L=1.98367 m *1.00754=150 MHz | f=151.130 MHz | T=6.6168084965577E-9 s |
2 | 0.618 | err=-0.542 | Pt | Z=78 | (33.99) N=34 | L=2.00943 m /1.00541=150 MHz | f=149.193 MHz | T=6.7027410744351E-9 s |
2 | 0.618 | err=-0.918 | Pb | Z=82 | (33.92) N=30 | L=0.13203 m *15.13760=150 MHz | f=2270.640 MHz | T=4.4040446162154E-10 s |
2 | 0.618 | err=-0.693 | Bi | Z=83 | (33.90) N=38 | L=34.21185 m /17.11777=150 MHz | f=8.763 MHz | T=1.1411846342115E-7 s |
2 | 0.618 | err=-0.754 | Ra | Z=88 | (33.82) N=30 | L=0.14169 m *14.10549=150 MHz | f=2115.824 MHz | T=4.7262917832555E-10 s |
2 | 0.618 | err=-0.754 | Ra | Z=88 | (33.82) N=31 | L=0.28338 m *7.05275=150 MHz | f=1057.912 MHz | T=9.452583566511E-10 s |
2 | 0.618 | err=-0.828 | Ra | Z=88 | (33.82) N=37 | L=18.13640 m /9.07448=150 MHz | f=16.530 MHz | T=6.0496534825671E-8 s |
2 | 0.618 | err=-0.828 | Ra | Z=88 | (33.82) N=38 | L=36.27281 m /18.14896=150 MHz | f=8.265 MHz | T=1.2099306965134E-7 s |
2 | 0.618 | err=-0.949 | Np | Z=93 | (33.74) N=38 | L=38.33376 m /19.18015=150 MHz | f=7.821 MHz | T=1.2786767588153E-7 s |
2 | 0.618 | err=-0.509 | Am | Z=95 | (33.71) N=30 | L=0.15296 m *13.06614=150 MHz | f=1959.921 MHz | T=5.102246811469E-10 s |
2 | 0.618 | err=-0.0256 | Bk | Z=97 | (33.68) N=36 | L=9.99563 m /5.00128=150 MHz | f=29.992 MHz | T=3.3341840216421E-8 s |
2 | 0.618 | err=-0.0256 | Bk | Z=97 | (33.68) N=37 | L=19.99126 m /10.00255=150 MHz | f=14.996 MHz | T=6.6683680432842E-8 s |
2 | 0.618 | err=-0.0256 | Bk | Z=97 | (33.68) N=38 | L=39.98253 m /20.00510=150 MHz | f=7.498 MHz | T=1.3336736086568E-7 s |
2 | 0.618 | err=-0.428 | Lr | Z=103 | (33.59) N=30 | L=0.16584 m *12.05129=150 MHz | f=1807.694 MHz | T=5.5319097008559E-10 s |
2 | 0.618 | err=-0.428 | Lr | Z=103 | (33.59) N=31 | L=0.33168 m *6.02565=150 MHz | f=903.847 MHz | T=1.1063819401712E-9 s |
2 | 0.618 | err=-0.428 | Lr | Z=103 | (33.59) N=32 | L=0.66337 m *3.01282=150 MHz | f=451.924 MHz | T=2.2127638803424E-9 s |
2 | 0.618 | err=-0.307 | Bh | Z=107 | (33.54) N=37 | L=22.05222 m /11.03374=150 MHz | f=13.595 MHz | T=7.3558286663031E-8 s |
2 | 0.618 | err=-0.754 | Cn | Z=112 | (33.47) N=30 | L=0.18033 m *11.08289=150 MHz | f=1662.433 MHz | T=6.0152804514161E-10 s |
2 | 0.618 | err=-0.542 | Uus | Z=117 | (33.41) N=35 | L=6.02829 m /3.01623=150 MHz | f=49.731 MHz | T=2.0108223223305E-8 s |
2 | 0.618 | err=-0.542 | Uus | Z=117 | (33.41) N=36 | L=12.05659 m /6.03247=150 MHz | f=24.865 MHz | T=4.0216446446611E-8 s |
2 | 0.618 | err=-0.542 | Uus | Z=117 | (33.41) N=37 | L=24.11317 m /12.06493=150 MHz | f=12.433 MHz | T=8.0432892893221E-8 s |
24 Treffer,mit factor2: 3(1),0(2*),0(2/),1(3*),1(3/),2(5*),1(5/),4(7*),3(7/),bei Basis=2, Cx=2.4263102389E-12, Factor=0.6180339887498948482, c=299792458, genau=1%, mod=3, Suchwort=150 MHz |