62CO    62FE B- DECAY (68 S)          1975FR16                  25NDS    202507
 62CO  H TYP=FUL$AUT=Balraj Singh, Huang Xiaolong, and Wang Xianghan$
 62CO2 H CIT=NDS 204, 1 (2025)$CUT=30-Jun-2023$
 62CO c  1975Fr16: {+62}Fe source from {+64}Ni(n,2pn) E=25-200 MeV. Chemical
 62CO2c  separation. Measured E|g, I|g, |b|g coin
 62CO c  Total decay energy of 2553 keV {I17} deduced (by RADLIST code) from
 62CO2c  proposed decay scheme is in agreement with the expected value of
 62CO3c  2546 keV {I19}
 62CO cL J,T$From Adopted Levels
 62FE  P 0.0         0+                68 S      2              2546      19
 62FE cP T$From {+62}Fe Adopted Levels
 62FE cP QP$From 2021Wa16
 62CO  N 1.0                   1.0       1.0
 62CO cN NR$I|g(506|g)/I|g of 1173|g (from {+62}Co decay) |? 1 (1975Fr16),
 62CO2cN thus 506|g carries almost all the |g intensity from {+62}Fe decay
 62CO PN                                                                     3
 62CO  L 0.0         (2)+              1.54 M    10
 62CO  L 506.1     1 1+
 62CO  B             100     AP              4.1 AP
 62CO cB E$measured E(|b end-point)=2.5 MeV {I2} from (506|g)|b coin (1975Fr16)
 62CO2cB leads to Q(|b{+-})=3.0 MeV {I2}, in disagreement with 2546 {I19} in
 62CO3cB 2021Wa16
 62COS B EAV=831 9$
 62CO cB IB$from I|g(506)
 62CO  G 506.1     1 100     AP
 62CO cG RI$I|g(506|g)/I|g of 1173|g (from {+62}Co decay) |? 1 (1975Fr16)