79SE 79AS B- DECAY (9.01 M) 1969BA34 16NDS 201607
79SE H TYP=FUL$AUT=BALRAJ SINGH$CIT=NDS 135, 193 (2016)$CUT=31-May-2016$
79SE C Others: 1961YT01, 1961KU09, 1960KU06
79SE CB BG data from 1961KU09
79SE CL E$From least-squares fit to EG data
79SE cL J,T$From Adopted Levels
79AS P 0.0 3/2- 9.01 M 15 2281 5
79AS cP J,T$From {+79}As Adopted Levels
79AS cP QP$From 2012Wa38
79SE N 0.0150 13 1.0 1.0
79SE CN NR$TI(96G)+TI(365G)=99.5 5 (assuming IB(GS) LT 1 for LOGF1UT>8.5)
79SE PN 3
79SE L 0.0 7/2+ 3.27E+5 Y 28
79SE B 1 LT 8.5 GT 1U?
79SES B EAV=947.1 23
79SE L 95.5 5 1/2- 3.92 M 1 M
79SE2 L %IT=99.944 11
79SE cL $Evaluator deduced %feeding=94.2 {I5} of this isomer from the decay
79SE2cL scheme
79SE B 94.2 5 5.27 1
79SES B EAV=891.4 24
79SE CB IB$100-(summed feeding for higher levels+0.5 5 for GS)
79SE CB E(B-)=2300 100 (1953CU33)
79SE G 95.5 5 E3 9.48
79SES G KC=7.26 11$ LC=1.90 3$ MC=0.296 5 $ NC=0.0197 3
79SE CG RI$621 56, deduced by evaluator from measured equilibrium intensity of
79SE2CG 1099 100 (1969BA34) for 95.5|g from {+79}Se isomer decay, and
79SE3CG half-lives of 9.01 M 15 for 79AS and 3.92 M 1 for 79SE isomer.
79SE4CG This value is not given in the data field since it is time-dependent,
79SE5CG based on counting schedule
79SE L 364.5 5 5/2-
79SE B 1.46 15 6.85 5
79SES B EAV=766.7 24
79SE CB E(B-)=1800 (1961KU09)
79SE G 364.5 5 125 4
79SE L 527.4 6 3/2-
79SE B 1.10 11 6.81 5
79SES B EAV=692.0 23
79SE CB E(B-)=1700 (1961KU09)
79SE G 432.0 5 100 2
79SE L 571.6 6 5/2- ?
79SE B 0.26 5 7.39 9
79SES B EAV=671.8 23
79SE G 476.0 5 24.0 25
79SE L 974.0 6 3/2-
79SE B 1.77 17 6.10 5
79SES B EAV=491.3 23
79SE CB E(B-)=1250 (1961KU09)
79SE G 402.3 7 6.5 15
79SE G 446.8 5 17.5 20
79SE G 878.5 5 94 4
79SE L 1079.6 6 (3/2)
79SE B 0.44 6 6.56 6
79SES B EAV=445.1 22
79SE G 552.0 7 9.0 16
79SE G 715.1 5 20.0 20
79SE L 1088.5 8 (3/2-) ?
79SE B 0.25 5 6.79 9
79SES B EAV=441.2 22
79SE G 723.6 10 7.6 8
79SE G 993.4 9 8.8 25