77RB 77SR EC DECAY (9.0 S) 1983LI11 ENSDF 202011
77RB H TYP=FUL$AUT=BALRAJ SINGH$CIT=ENSDF$CUT=30-SEP-2020$
77RB H TYP=FUL$AUT=BALRAJ SINGH, NINEL NICA$CIT=NDS 113, 1115 (2012)$
77RB2 H CUT=30-Mar-2012$
77RB c 1983Li11: the isotope produced by {+40}Ca({+40}Ca,2pn) at
77RB2c E({+40}Ca)=110-130 MeV. Measured E|g, I|g, |g|g
77RB c Others: 1986Ho22, 1976Ha29, 1974No08, 1976FaZW, 1976AlYV, 1976ScZK
77RB c Analysis of |b-strength functions: 1984Ha58
77RB c Total decay energy of 6993 keV {I223} deduced (by RADLIST code) from
77RB2c proposed decay scheme is in agreement with the expected value of
77RB3c 7027 keV {I8}, indicating that decay scheme is apparently complete
77RB4c in spite of large Q value of 7 MeV and highest level of 1541 keV
77RB5c populated in this decay.
77RB cE TI$From |g-ray intensity balance, assuming |e+|b{++} feeding to the
77RB2cE g.s. <6% as expected for a possible first-forbidden non-unique
77RB3cE transition
77RB cG M,MR$From the Adopted Gammas
77RB cL E$From least-squares fit to E|g data
77RB cL J,T$From the Adopted Levels.
77SR P 0.0 5/2(+) 9.0 S 2 7027 8
77SR cP J,T$From {+77}Sr Adopted Levels
77SR cP QP$From 2017Wa10
77RB N 0.93 4 1 1
77RB cN NR$from I(|g+ce)(gammas to g.s.), assuming |e+|b{++} feeding to the
77RB2cN g.s. <6% as expected for a possible first-forbidden non-unique
77RB3cN transition. %|ep=0.08 {I3} (2000Gi11)
77RB PN 3
77RB L 0.0 3/2- 3.78 M 4
77RB E 6 LT 0.04 LT 5.9 GT 6 LT ?
77RBS E EAV=2802.3 39$CK=0.00651 3$CL=0.000754 3$CM+=0.0001591 7
77RB L 144.83 3 5/2-
77RB E 6.3 6 0.051 5 5.9 6.4 6
77RBS E EAV=2731.7 39$CK=0.00699 3$CL=0.000810 4$CM+=0.0001709 7
77RB G 144.82 3 7.3 4 E2+M1 -1.8 5 0.20 3 C
77RBS G KC=0.175 23$LC=0.023 4$MC=0.0038 6$
77RBS G NC=0.00041 6$OC=1.38E-5 18
77RB L 146.937 20 5/2(+)
77RB E 77 4 0.62 3 4.8 78 4
77RBS E EAV=2730.7 39$CK=0.00700 3$CL=0.000811 4$CM+=0.0001711 7
77RB G 146.94 2 92.6 21(E1) 0.0308 C
77RBS G KC=0.0273 4$LC=0.00296 5$MC=0.000485 7$
77RBS G NC=5.41E-5 8$OC=2.22E-6 4
77RB L 307.03 4 (7/2+)
77RB E 8.3 9 0.073 8 5.7 8.4 9
77RBS E EAV=2652.7 39$CK=0.00759 4$CL=0.000880 4$CM+=0.0001856 8
77RB G 160.10 3 9.9 5 M1+E2 +0.39 6 0.058 5 C
77RBS G KC=0.051 5$LC=0.0060 6$MC=0.00100 10$
77RBS G NC=0.000110 10$OC=4.3E-6 4
77RB G 162.11 12 1.8 2 [E1] 0.0230 C
77RBS G KC=0.0204 3$LC=0.00221 4$MC=0.000363 6$
77RBS G NC=4.06E-5 6$OC=1.673E-6 24
77RB L 788 3 ?
77RB E 0.7 4 0.008 4 6.6 0.7 4 ?
77RBS E EAV=2418.9 42$CK=0.00982 5$CL=0.001139 6$CM+=0.0002403 1
77RB G 641.2 25 1.4 LT C ?
77RBF G FL=146.937
77RB L 1249 3 ?
77RB E 0.6 3 0.009 4 6.5 0.6 3 ?
77RBS E EAV=2195.6 42$CK=0.01287 7$CL=0.001493 8$CM+=0.0003150 1
77RB G 942.0 30 1.3 LT C ?
77RB L 1541.2 5
77RB E 2.4 6 0.042 11 5.7 2.4 6
77RBS E EAV=2054.5 39$CK=0.01549 9$CL=0.001797 10$CM+=0.0003792 2
77RB G 1234.2 5 2.6 6 C