127SN 127IN B- DECAY (3.67 S) 2004Ga24,1980DE35 11NDS 201108
127SN H TYP=FUL$AUT=A. HASHIZUME$CIT=NDS 112, 1647 (2011)$CUT=1-Oct-2009$
127SN c 2004Ga24: {+235}U(n,F) E=th, on-line mass separation; |g, |b,
127SN2c |g|g coin, |b|g coin
127SN c 1980De35: {+235}U(n,F) E=th, on-line mass separation; |g, |b, ce,
127SNxc |g|g coin, |b|g coin
127SN c 1986Go10: {+235}U(n,F) E=th, on-line mass separation; |g, |b, |g(t)
127SN c Others: 1975DeZU, 1978Al18
127SN c The decay scheme is that proposed by 2004Ga24. Because of the large
127SN2c difference between the |b-decay Q-value and the reported maximum
127SN3c level energy, evaluator considers that the decay scheme is not yet
127SN4c complete.
127SN cL E From a least-squares fit to E(|g's)
127SN cL J From adopted levels
127SN cL Configuration from 2004Ga24
127SN cB IB From intensity balance of transitions. Values are, however,
127SN2cB still tentative. It is because unobserved |g's from higher levels.
127SN cB E From 1978Al18
127SN cB IB Absolute intensity per 100 decays
127SN cG CC$Theoretical conversion coefficients are calculated using BrIcc code
127SN2cG for the multipolarity indicated.
127SN cG E,RI For unplaced transitions that could belong to 3.67-s,
127SN2cG 1.09-s, and/or 1.04-s, |b{+-} decay, see 1.09-s |b{+-} decay
127SN cG M The multipolarities in brackets were assumed by evaluator
127SN2cG to obtain transition intensities, and are not used for spin and
127SN3cG parity determination. For the estimation of J|p, see adopted files.
127SN cG E(A),RI(A)$From the drawing of decay scheme (1980De35); weak, no
127SN2cG intensity is given. Not reported by 2004Ga24.
127IN P 420 65(1/2-) 3.67 S 4 6510 30
127SN N 0.40 4 1.0
127SN cN NR$From |S(I|g to g.s.)+ |S(I|g to 4.9 level)=100, assuming I{-|b}
127SN2cN to 4.9 level is 52 {I4} per 100 decays and no |b feeding to g.s.
127SN3cN Others: 0.38 {I5} from absolute measurement of 252.70|g (1986Go10)
127SN PN 3
127SN L 0.0 11/2- 2.10 H 4
127SN cL Configuration=(|n h{-11/2})
127SN L 4.9 43/2+ 4.13 M 3 M
127SN cL Configuration=(|n d{-3/2})
127SN cL E from {+127}In |b{+-} decay (1.09 s)
127SN B 52 4 5.8
127SNS B EAV=3102 34
127SN L 257.6 4(1/2)+
127SN cL Configuration=(|n s{-1/2})
127SN B 36 3 5.9
127SNS B EAV=2982 34
127SN G 252.70 4 100 M1 0.0446 C
127SN3 G EKC=0.039 2 (1980DE35)$ K/L=7.3 4 (1980DE35)
127SNS G KC=0.0387 6$LC=0.00482 7$MC=0.000944 14$NC+=0.000193 3
127SNS G NC=0.0001776 25$OC=1.549E-5 22
127SN cG RI 43 {I3} per 100 decays; weighted average of 43.5 {I23}
127SN2cG (1993RuZW) and 38 {I5} (1986Go10)
127SN cG M from |a(K)exp and K/L
127SN L 646.33 4(9/2)-
127SN cL Configuration=({+128}Sn 2+)(|n (h{-11/2}){+-1})
127SN G 646.34 4 0.032 6 M1 C
127SN3 G EKC LT 0.004
127SNS G CC=0.00427 6$KC=0.00372 6$LC=0.000449 7$MC=8.78E-5 13$NC+=1.80E-5 3
127SNS G NC=1.654E-5 24$OC=1.456E-6 21
127SN L 809.9 4(5/2+)
127SN G 805.00 5 0.27 4 C
127SN L 953.9 4(1/2,3/2)
127SN cL Configuration=({+128}Sn 2+)(|n (d{-3/2}){+-1}) and/or
127SN2cL ({+128}Sn 2+)(|n (s{-1/2}){+-1})
127SN B 1.60 18 7.0
127SNS B EAV=2652 34
127SN G 144.02 160.27 4 [M1] 0.203
127SNS G KC=0.175 3$LC=0.0222 4$MC=0.00435 7$NC+=0.000890 13
127SNS G NC=0.000819 12$OC=7.10E-5 11
127SN G 696.4 3 0.69 7 C
127SN G 948.90 172.7 3 C
127SN L 963.73 10(7/2-)
127SN cL Configuration=({+128}Sn 2+)(|n (h{-11/2}){+-1})
127SN G 317.61 160.032 6 [M1] 0.0247 C
127SNS G KC=0.0214 3$LC=0.00265 4$MC=0.000518 8$NC+=0.0001060 15
127SNS G NC=9.75E-5 14$OC=8.52E-6 12
127SN G 963.61 120.9 2 C
127SN L 1090.5 4(1/2,3/2)
127SN cL Configuration=({+128}Sn 2+)(|n (d{-3/2}){+-1}) and/or
127SN2cL ({+128}Sn 2+)(|n (s{-1/2}){+-1})
127SN B 4.2 5 6.5
127SNS B EAV=2587 34
127SN G 137 1 A ?
127SN G 832.83 155.3 5 C
127SN G 1085.62 186.6 6
127SN L 1233.4 4(3/2+)
127SN cL Configuration=({+128}Sn 2+)(|n (d{-3/2}){+-1}) and/or
127SN2cL ({+128}Sn 2+)(|n (s{-1/2}){+-1})
127SN B 1.03 15 7.1
127SNS B EAV=2519 34
127SN G 975.8 4 1.3 2
127SN G 1228.4 3 1.1 2
127SN L 1331.4 4(5/2+)
127SN cL Configuration=(|n d{-5/2})
127SN G 1073.8 8 0.027 7
127SN G 1326.47 9 0.54 6
127SN L 1819.8 5(1/2,3/2)
127SN B 0.08 6 8.0
127SNS B EAV=2241 34
127SN G 1814.8 3 0.61 10
127SN L 2260.2 10(1/2,3/2)
127SN B 0.52 10 7.0
127SNS B EAV=2032 34
127SN G 1169.7 9 1.2 2
127SN L 2886.1 7(1/2,3/2)
127SN B 0.31 5 7.0
127SNS B EAV=1736 34
127SN G 2628.5 6 0.71 9
127SN L 3333.3 4(3/2)
127SN B 6.9 7 5.4
127SNS B EAV=1525 34
127SN G 1513.0 9 0.43 9
127SN G 2001.9 7 0.57 6
127SN G 2242.8 2 0.96 11
127SN G 2369.5 3 0.95 11
127SN G 3075.62 109.6 10
127SN G 3328.20 193.6 4
127SN L 3397.5 4(1/2,3/2)
127SN B 1.46 20 6.0
127SNS B EAV=1495 34
127SN G 3139.8 2 3.4 4
127SN L 3564.4 6(3/2)
127SN B 0.27 4 6.7
127SNS B EAV=1416 34
127SN G 3306.7 4 0.62 7