50TI 50SC B- DECAY (102.5 S) 1984AL18,1970CO32,1970NO0419NDS 201906
50TI H TYP=FUL$AUT=Jun Chen and Balraj Singh$CIT=NDS 157, 1 (2019)$
50TI2 H CUT=15-Apr-2019$
50TI c 1984Al18: measured E|g, I|g (pneumatic transfer system), |b|g(t), at
50TI2c BNL
50TI c 1970Co32, 1973Gi03 (also 1970No04): measured |b|g(t), half-life of 6+
50TI2c state.
50TI c 1970Wa29: measured T{-1/2}, E|g and I|g of three |g rays
50TI c 1969Wa24: measured E|g, I|g, E|b, I|b, |b|g-coin
50TI c 1968Ch11: measured E|g, I|g. Three |g rays of 524, 1122, 1554 keV
50TI2c reported, and placed in a |g|g cascade up to 6+.
50TI c 1964Sh14: measured E|g, I|g. Three |g rays of 520, 1130 and 1570 keV
50TI2c reported using scintillation detector, and placed in a |g|g cascade
50TI3c up to 6+.
50TI c 1963Ch03 (from the same lab as 1964Sh14): measured E|g, I|g, E|b,
50TI2c T{-1/2}. Three |g rays of 520, 1120 and 1570 keV reported using
50TI3c scintillation detector, and placed in a |g|g cascade up to 6+.
50TI c 1963Ka16: measured E|g, I|g, E|b, T{-1/2}. Three |g rays of 524, 1121
50TI2c and 1555 keV reported using scintillation detector, and placed in
50TI3c a |g|g cascade up to 4+.
50TI c All data are from 1984Al18, except as noted
50TI cB IB(A)$Any other |g decay from energetically possible levels
50TI2cB was estimated as <2% (1984Al18).
50TI cG E(R)$1984Al18 used reference source whose E|g values was known
50TI2cG precisely, and the final E|g value was the weighted averages of
50TI3cG several runs
50TI cG M$From Adopted Gammas
50TI cL E$From least-squares fit to E|g data
50TI cL J$From Adopted Levels
50SC P 0.0 5+ 102.5 S 5 6884 15
50SC cP J,T$From {+50}Sc Adopted Levels
50SC cP QP$From 2017Wa10
50TI N 1.0 1 1
50TI cN NR$from |SI|g(to g.s.)=100. The g.s. not fed directly (|DJ|p=5+).
50TI2cN Feeding to the first 2+ state estimated as <5% (1970Wa29)
50TI PN 4
50TI L 0.0 0+
50TI L 1553.794 8 2+
50TI G 1553.768 8 100 E2 R
50TI cG E$E|g=1562.302 {I5} (1979He19) from the decay of {+110m}Ag was used as
50TI2cG reference (1984Al18); 1553.71 {I20} (1970Wa29); 1554 {I1} (1969Wa24)
50TI L 2674.93110 4+
50TI B 8.4 18 6.7 1 A
50TIS B EAV=1879.9 73
50TI cB $Measured E|b(max)=3.60 MeV {I10}, I|b=26 (1969Wa24); E|b=3.8 MeV {I2}
50TI2cB (1963Ch03)
50TI G 1121.124 5 99.5 9 E2 R
50TI cG E$E|g=1115.546 {I4} (1979He19) from the decay of {+65}Zn was used as
50TI2cG reference (1984Al18); 1121.03 {I10} (1970Wa29); 1122 {I1} (1969Wa24)
50TI L 3198.73220 6+ 418 PS 20
50TI cL T$weighted average of 0.41 ns {I2} (1973Gi03,1970No04) and
50TI2cL 437 ps {i21} (1970Co32).
50TI B 88.4 15 5.39 1 A
50TIS B EAV=1625.8 73
50TI cB $Measured E|b(max)=3.05 MeV {I10}, I|b=74 (1969Wa24); E|b=3.3 MeV {I1}
50TI2cB (1963Ch03); E|b=3.6 MeV {I2} (1963Ka16)
50TI G 523.792 18 88.7 15 E2 RC
50TI cG E$E|g=529.653 {I11} (1979He19) from the decay of {+83}Rb was used as
50TI2cG reference (1984Al18); 523.50 {I10} (1970Wa29); 524 {I1} (1969Wa24)
50TI L 4147.22 7 4+
50TI B 0.61 4 6.98 3
50TIS B EAV=1169.5 72
50TI G 1472.36 8 0.61 4 D,E2
50TI L 4171.9514 3+ S
50TI B 0.35 LT 7.2 GT ?
50TIS B EAV=1157.7 72
50TI L 4880.80 5 5+
50TI B 1.55 5 6.00 2
50TIS B EAV=822.8 70
50TI G 1681.95 7 0.28 3 D,E2
50TI G 2205.84 7 1.27 3 D,E2
50TI L 5379.9014 4+
50TI B 0.149 19 6.50 6
50TIS B EAV=592.8 68
50TI G 2705.15 20 0.105 16 D,E2
50TI G 3825.99 20 0.044 10 (E2)
50TI L 5440.7420 4+,5+
50TI B 0.145 18 6.44 6
50TIS B EAV=565.3 68
50TI G 2765.73 20 0.145 18
50TI L 5807.2520 4+,5+
50TI B 0.251 15 5.70 4
50TIS B EAV=402.7 66
50TI G 3132.21 20 0.251 15