128SN    128SN IT DECAY (6.5 S)        1979FO10                  15NDS    201510
128SN  H TYP=FUL$AUT=ZOLTAN ELEKES AND JANOS TIMAR$CIT=NDS 129, 191 (2015)$
128SN2 H CUT=28-Feb-2015$
128SN C  1979FO10: 235U(N,F) E=TH, on-line mass separation; semi G, GG;
128SN2C  scintillator-scintillator BG, BG(T).
128SN CL E$From 128IN B- decay (0.72 S).
128SN CG E$From 128IN B- decay (0.72 S).
128SN  P 2091.50   11 (7-)              6.5 S     5
128SN  N 1.0          1.0       1.0
128SN CN NT$no B transition depopulating (7-) isomer was assumed. 1979FO10 did
128SN2CN not find any evidence for possible B- particle decay of the 6.5 S
128SN3CN isomer. However, 1981DI01 suggest some contribution of short-lived
128SN4CN precursor to 128SB GS (8-) in the chain decay of fission products of
128SN5CN 245CM. The precursor may be this isomeric state.
128SN PN                                                                     2
128SN  L 0.0          0+                59.07 M   14
128SN CL T$from Adopted Levels.
128SN  L 1168.81   5  (2)+
128SN  G 1168.80   5  100
128SN  L 2000.35   7  (4+)
128SN  G 831.54    5  100
128SN  L 2091.50   12 (7-)              6.5 S     5
128SN CL T$from time distribution of 92|g.
128SN  G 91.15     10 3.6    1  E3                      26.3     100
128SNX G EKC=8.1 24$K/T=0.353 6$L/T=0.488 8$M/T=0.1041 21$N/T=0.0181 4$
128SNX G O/T=0.000517 11
128SNS G KC=9.62 14$LC=13.31 21$MC=2.84 8$OC=0.01410 22
128SN CG RI$from CC and intensity balance
128SN CG M$from EKC