128SN 128IN B- DECAY (0.84 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; Ge detector, GG; 128SN2C scintillator-scintillator BG. 128SN C 1986GO10: 235U(N,F) E=TH, on-line mass separation; G, B. 128SN C The decay scheme of 128IN is that proposed by 1979FO10. The levels 128SN2C connected with G-transitions to GS and lowest-2+ level, and 128SN3C transitions coincident with them, were assigned to this decay (see 128SN4C also 0.72 S decay). No B- transition to the 4+ level at 2000.35 KEV 128SN5C was assumed. 128SN CL E$E(levels) are based on a least-squares fit to the E|g's. 128SN CG E(A,B)$Isomeric assignment uncertain. 128SN CG E(A)$Not placed in the decay scheme in 1979FO10. 128SN C IB$calculated by evaluators from G intensities and their 128SN2C uncertainties given in 1979Fo10. 128SN CL J$From Adopted Levels 128IN P 0.0 (3)+ 0.84 S 6 922E1 15 128SN N 1.00 6 1.0 1.0 128SN CN NR$SUMOF IG(to GS)=100 and no B-feeding to g.s. 128SN PN 5 128SN G 384.03 25 0.15 4 128SNX G FLAG=B 128SN G 468.0 3 0.11 4 128SNX G FLAG=B 128SN G 704.06 15 0.42 6 128SNX G FLAG=B 128SN G 760.2 3 0.22 7 128SNX G FLAG=B 128SN G 1082.19 20 0.42 7 128SNX G FLAG=B 128SN G 1123.13 15 0.48 6 128SNX G FLAG=B 128SN G 1236.46 25 0.31 7 128SNX G FLAG=B 128SN G 1514.79 25 0.42 10 128SNX G FLAG=B 128SN G 1593.6 3 0.34 7 128SNX G FLAG=B 128SN G 1678.4 3 0.36 7 128SNX G FLAG=B 128SN G 1967.8 4 0.31 10 128SNX G FLAG=B 128SN G 2205.2 5 0.37 10 128SNX G FLAG=B 128SN L 0.0 0+ 59.07 M 14 128SN CL T$from Adopted Levels. 128SN L 1168.82 4 (2)+ 128SN CL J$LOGFT=5.92 of this dataset suggests (2,3,4)+. 128SN G 1168.80 5 50 3 C 128SN B 17 6 5.92 16 128SNS B EAV=3635 71 128SN L 2104.07 5 (2)+ 128SN CL J$LOGFT=5.81 of this dataset suggests (2,3,4)+. 128SN G 935.20 5 8.0 5 C 128SN CG RI$other: 6.5 6 per 100 decays (1986GO10) 128SN G 2104.07 10 6.5 4 C 128SN B 12.6 10 5.81 7 128SNS B EAV=3192 71 128SN L 2258.36 6 (2)+ 128SN CL J$LOGFT=6.31 of this dataset suggests (2,3,4). 128SN G 1089.53 10 7.4 5 C 128SN G 2258.46 10 3.1 2 128SN B 3.6 7 6.31 10 128SNS B EAV=3119 71 128SN L 2274.06 10 (2-,3,4+) 128SN CL J$LOGFT=6.81 of this dataset suggests (2,3,4). 128SN G 1105.20 10 1.5 1 C 128SN B 1.12 16 6.81 9 128SNS B EAV=3111 71 128SN L 2578.62 8 (2)+ 128SN CL J$LOGFT=6.40 of this dataset suggests (2,3,4). 128SN G 474.50 15 0.26 6 128SNF G FLAG=A 128SN G 1409.80 10 1.1 1 C 128SN G 2578.60 15 1.0 1 128SN B 2.36 21 6.40 7 128SNS B EAV=2967 72 128SN L 2633.09 9 (2-,3,4+) 128SN CL J$LOGFT=6.43 of this dataset suggests (2,3,4). 128SN G 1464.31 10 2.5 2 C 128SN B 2.1 3 6.43 9 128SNS B EAV=2941 72 128SN L 2642.27 6 (2-,3,4+) 128SN CL J$LOGFT=6.47 of this dataset suggests (2,3,4). 128SN G 538.16 5 1.20 8 C 128SN G 1473.55 10 1.7 1 C 128SN B 1.93 10 6.47 6 128SNS B EAV=2937 72 128SN L 2756.54 9 (2-,3,4+) 128SN CL J$LOGFT=6.91 of this dataset suggests (2,3,4). 128SN G 1587.69 15 2.4 2 C 128SN B 0.65 25 6.91 18 128SNS B EAV=2883 72 128SN L 2952.46 9 (2-,3,4+) 128SN CL J$LOGFT=6.54 of this dataset suggests (2,3,4). 128SN G 310.48 20 0.18 4 128SNF G FLAG=A 128SN G 1783.56 10 1.5 1 C 128SN B 1.32 17 6.54 8 128SNS B EAV=2790 72 128SN L 3091.97 8 (2-,3,4+) 128SN CL J$LOGFT=6.43 of this dataset suggests (2,3,4). 128SN G 449.67 7 0.55 7 C 128SN G 1923.27 15 1.0 1 C 128SN B 1.55 16 6.43 8 128SNS B EAV=2724 72 128SN L 3225.6 3 (2)+ 128SN CL J$LOGFT=6.48 of this dataset suggests (2,3,4). 128SN G 583.3 3 0.24 6 C 128SN G 3225.8 5 1.0 1 128SN B 1.24 14 6.48 8 128SNS B EAV=2660 72 128SN L 3519.86 9 (2)+ 128SN CL J$LOGFT=5.21 of this dataset suggests (2,3,4)+. 128SN G 886.88 15 0.45 10 128SNF G FLAG=A 128SN G 2350.90 15 1.4 1 C 128SN G 3519.81 15 16.6 15 128SN B 18.5 19 5.21 8 128SNS B EAV=2521 72 128SN L 3886.39 13 (2)+ 128SN CL J$LOGFT=5.76 of this dataset suggests (2,3,4)+. 128SN G 1130.31 25 0.26 6 C 128SN G 3886.16 15 3.6 3 128SN B 3.9 4 5.76 8 128SNS B EAV=2347 72 128SN L 3954.85 9 (2)+ 128SN CL J$LOGFT=5.55 of this dataset suggests (2,3,4)+. 128SN G 1696.51 10 1.3 1 C 128SN G 2785.83 25 0.70 10 128SN G 3954.75 15 3.9 3 128SN B 5.9 5 5.55 8 128SNS B EAV=2314 72 128SN L 3997.61 9 (3,4)+ 128SN CL J$LOGFT=5.75 of this dataset suggests (2,3,4)+. 128SN G 1045.19 25 0.36 10 C 128SN G 1241.01 10 0.9 1 C 128SN G 1739.32 10 2.0 1 C 128SN G 1893.2 3 0.40 10 128SNF G FLAG=A 128SN B 3.66 24 5.75 7 128SNS B EAV=2294 72 128SN L 4038.01 13 (2)+ 128SN CL J$LOGFT=5.93 of this dataset suggests (2,3,4)+. 128SN G 1281.42 15 0.59 7 C 128SN G 4038.03 20 1.7 2 128SN B 2.29 24 5.93 8 128SNS B EAV=2275 72 128SN L 4075.03 10 (3,4)+ 128SN CL J$LOGFT=5.79 of this dataset suggests (2,3,4)+. 128SN G 1816.65 10 2.4 2 C 128SN G 2906.18 15 0.72 10 128SN B 3.1 3 5.79 8 128SNS B EAV=2257 72 128SN L 4219.87 9 (3,4)+ 128SN CL J$LOGFT=5.71 of this dataset suggests (2,3,4)+. 128SN G 1945.62 25 0.38 10 C 128SN G 1961.48 10 1.2 1 C 128SN G 3051.09 15 1.7 2 C 128SN B 3.3 3 5.71 8 128SNS B EAV=2189 72 128SN L 4227.2 3 (2)+ 128SN CL J$LOGFT=6.26 of this dataset suggests (2,3,4). 128SN G 3058.2 9 0.62 20 128SN G 4227.1 3 0.29 7 128SN B 0.91 22 6.26 13 128SNS B EAV=2185 72 128SN L 4297.70 14 (2)+ 128SN CL J$LOGFT=5.09 of this dataset suggests (2,3,4)+. 128SN G 3128.84 20 1.1 1 C 128SN G 4297.61 20 11.8 8 C 128SN B 5.01E+3 1612.9 12 5.09 8 128SNS B EAV=2152 72 128SN CB E$weighted average of 4.98 MEV 18 and 5.10 MEV 34 (1978AL18) 128SN L 4509.8 10 (2)+ 128SN CL J$LOGFT=6.81 of this dataset suggests (2,3,4). 128SN G 4509.7 10 0.20 7 128SN B 0.20 8 6.81 19 128SNS B EAV=2051 71