135CE 135CE IT DECAY (20 S) 1970DR04,1971VA22 08NDS 200803
135CE H TYP=FUL$AUT=BALRAJ SINGH, ALEXANDER A. RODIONOV and YURI L. KHAZOV$
135CE2 H CIT=NDS 109, 517 (2008)$CUT=22-Jan-2008$
135CE c Other: 1963Br30
135CE c Total decay energy calculated (by RADLIST code)
135CE2c from level scheme agrees with the expected value of 446 keV
135CE cG E$Weighted average of 1970Dr04 and 1971Va22
135CE cG RI$Unweighted average of 1970Dr04 and 1971Va22
135CE cL J$From adopted levels
135CE P 445.8 3 (11/2-) 20 S 1
135CE N 0.217 5 0.217 5 1.0
135CE cN NR$I(|g+ce)(150.3|g)=100
135CE PN 3
135CE L 0.0 1/2(+)
135CE L 82.5 2 3/2(+)
135CE G 82.4 2 98 14M1+E2 0.4 LT 2.20 15
135CES G KC=1.78 4$LC=0.33 10$MC=0.071 21$NC+=0.018 5
135CES G NC=0.016 5$OC=0.0024 6$PC=0.000134 3
135CE cG M,MR$|a(exp)=3.1 {I6} from intensity balance gives M1+E2,
135CE2cG |d=1.0 {I5}; but RUL(E2)=300 requires |d<0.4
135CE cG RI$ with |d(E2/M1)<0.4, there is problem with intensity balance
135CE2cG at 82.5 level, net balance=-18 {I11} in absolute units. For intensity
135CE3cG to be balanced the photon intensity of 82.4|g should be 124 {I8} in
135CE4cG relative units as compared to the reported intensity of 98 {I14}
135CE L 295.5 3 (5/2+)
135CE G 212.9 2 347 15M1 0.1439
135CES G KC=0.1230 18$LC=0.01657 24$MC=0.00346 5$NC+=0.000903 13
135CES G NC=0.000769 11$OC=0.0001246 18$PC=9.47E-6 14
135CE cG M$from adopted gammas
135CE cG K:L:M=26:4:1 (1970Dr04) gives |d(E2/M1)<1.3
135CE G 295.8 5 85 10E2 0.0509
135CES G KC=0.0408 6$LC=0.00795 13$MC=0.00171 3$NC+=0.000432 7
135CES G NC=0.000373 6$OC=5.66E-5 9$PC=2.69E-6 4
135CE cG M$K/(L+M+)=3.8 {I6} and |a(K)exp=0.043 (1970Dr04) give |d(E2/M1)>1.2,
135CE2cG but |DJ forbids dipole
135CE L 445.8 3 (11/2-) 20 S 1 M
135CE cL T$average of 20 s {I1} (1963Br30), 20 s {I2} (1970Dr04), 20 s {I2}
135CExcL (1971Va22)
135CE G 150.3 2 100 E3 3.66
135CES G KC=1.494 22$LC=1.68 3$MC=0.388 7$NC+=0.0948 15
135CES G NC=0.0832 14$OC=0.01156 19$PC=8.29E-5 13
135CE cG M$from K:L:M=100:133:33 and K/L=0.83 {I10} (1970Dr04)