152TM    152YB EC DECAY                1987TO02,1988BAZS         13NDS    201311
152TM  H TYP=FUL$AUT=M. J. MARTIN$CIT=NDS 114, 1497 (2013)$CUT=31-Aug-2013$
152TM c  Other: 2011Es03 deduced |e+|b{++} feedings using total absorption
152TM2c  spectroscopy. From coincidences with x-rays and |b{++} the authors can
152TM3c  deduce the |e and |b{++} fractions separately. These results are given
152TM4c  in comments
152TM cG           K| x ray/I(482|g)=0.30 {I3} (1987To02)
152TM cG E,RI      Weighted average of measurements from 1988BaZS and 1987To02
152TM cG E(A),RI(A)$From 1988BaZS
152TM cL           Measured: |g, |g{+|+}, |g|g, |g|b+ (1987To02), |g, |g|g
152TM2cL (1982No13), |g, |g{+|+}, K| x ray (1984HaZD); |g, ce
152TMxcL (1988BaZS,1989KlZX)
152TM cL           Calculation of Gamow-Teller |b{++} decay
152TMxcL (1988Ku20,1988Su04,1989KlZX)
152TM cL J         From adopted levels
152YB  P 0            0+               3.03 S    6               5.45E+3  14
152TM  N  0.867    5           1.0       1.0
152TM PN                                                                     3
152TM cN NR$|SI(|g+ce)(to g.s.)=100. From log| {If{+1u}t}>8.5 one gets
152TM2cN I(|e+|b{++})<0.08% for the branch to the g.s.
152TM  L     0.0       (2)-
152TM  L   141.7        1+
152TM  E                2.5  7    1.0  3   5.05  14               3.5     9
152TMS E EAV=1961 94 $CK=0.237 24 $CL=0.036 4 $CM+=0.0109 12
152TM  G 141.61    17  13.0  5 E1                      0.1329
152TMS G KC=0.1109 16$LC=0.01717 25$MC=0.00382 6$NC+=0.001004 15
152TMS G NC=0.000880 13$OC=0.0001190 17$PC=5.19E-6 8
152TM cG M         |a(K)exp=0.071 {I45} (1988BaZS); theory: |a(K)=0.112
152TM  L   458.6       1+
152TM  E                5.4  5    2.6  4   4.57   9               8.0     6
152TMS E EAV=1813 93 $CK=0.28 3 $CL=0.042 5 $CM+=0.0127 14
152TM  G 316.75    15   8.2  6 (M1)                    0.1253
152TMS G KC=0.1053 15$LC=0.01560 22$MC=0.00347 5$NC+=0.000935 14
152TMS G NC=0.000812 12$OC=0.0001170 17$PC=6.38E-6 9
152TM cG M         |a(K)exp=0.130 {I35} (1988BaZS); theory: |a(K)=0.108
152TM  L   482.4        (1)+
152TM  E                58   3    29   3   3.52   8              87.2     5
152TMS E EAV=1802 93 $CK=0.28 3 $CL=0.043 5 $CM+=0.0128 14
152TM cE E         other: E|b+|?4.0 MeV from (|b{++})(482|g) (1987To02);
152TM2cE E(|e)=4570 {I+180-150} from |e/|b{++} (1984HaZD)
152TM cE IE,TI$I(|e)=30~{I3} and I(|e+|b{++})=89~{I2} (2011Es03) for the 459 and
152TM2cE 482 levels
152TM  G 482.32    9  100      E1                      0.00630
152TMS G KC=0.00534 8$LC=0.000755 11$MC=0.0001669 24$NC+=4.46E-5 7
152TMS G NC=3.88E-5 6$OC=5.49E-6 8$PC=2.83E-7 4
152TM cG M         |a(K)exp=0.0066 {I25} (1988BaZS); theory: |a(K)=0.00534
152TM  L   968         1+
152TM  E               0.30  6   0.22  5   5.56  12               0.52    9
152TMS E EAV=1577 93 $CK=0.35 4 $CL=0.054 6 $CM+=0.0163 17
152TM cE IE,TI$I(|e)=0.4~{I2} and I(|e+|b{++})=0.9~{I5} (2011Es03)
152TM  G   827.0   3    0.6  1                                              A
152TM  L  1090.9       1+
152TM  E                0.4  2    0.4  1   5.32  19               0.8     3
152TMS E EAV=1521 93 $CK=0.38 4 $CL=0.058 6 $CM+=0.0173 18
152TM cE IE,TI$I(|e)=0.9~{I2} and I(|e+|b{++})=2.0~{I3} (2011Es03)
152TM  G   949.13  17   0.9  3