253ES    253CF B- DECAY                1982AH01                  13NDS    201309
253ES  H TYP=FUL$AUT=E. BROWNE, J. K. TULI$CIT=NDS 114, 1041 (2013)$
253ES2 H CUT=1-Mar-2012$
253ES DG CC$ FROM BrIcc v2.2 (31-Mar-2008) 2008KiAA, "Frozen Orbitals" appr.
253CF  P 0.0         (7/2+)            17.81 D   8               287      6
253ES  N             1.0       0.9969  4 1.0031
253ES PN                                 1.0
253ES CL J$ From adopted levels
253ES CG $No G observed, RI<1% for EG 100 to 700 KEV (quoted in 1958St50)
253ES  L   0.0         7/2+
253ES  B               50    AP             7.2  AP
253ESS B EAV=78.8 18
253ES CB E         0.27 MEV, (mag spect, quoted in 1958St50)
253ES CB IB$ from LOGFT AP 7.2
253ES2CB (from configuration=(|p 7/2[633]) to configuration=(|n 7/2[613])
253ES3CB transition in 249ES EC decay)
253ES  L  46.4     2  (9/2+)
253ES  B               50    AP             7.0  AP
253ESS B EAV=65.2 18
253ES CB E         0.17 MEV, (mag spect, quoted in 1958St50)
253ES  G 46.4      1           [M1,E2]                 5.E2   5                ?
253ESS G LC=4.E2 3$MC=1.0E2 9$NC+=4.E1 4
253ESS G NC=29 25$OC=7 7$PC=1.2 10$QC=0.009 5
253ES CG $Tentatively assigned gamma (1982AH01)
253ES CG E$ G observed in 257FM ALPHA decay (1982Ah01). G exhibits growth
253ES2CG during decay which suggests that it belongs in the decay of 257FM
253ES3CG daughter, 253CF. 253CF decays mainly by B- (%B-=99.69 4); 253CF ALPHA
253ES4CG decay does not show a G of this energy.