132SN    132SN IT DECAY (2.080 US)     1982KA25,1980BJ01,2012KA36ENSDF    201803
132SN  H TYP=FUL$AUT=BALRAJ SINGH$CIT=ENSDF$CUT=28-FEB-2018$
132SN  H TYP=FUL$AUT=YU. KHAZOV, A.A. RODIONOV AND S. SAKHAROV, BALRAJ SINGH$
132SN2 H CIT=NDS 104, 497 (2005)$CUT=10-Feb-2005$
132SN c  1982Ka25, 1980Bj01: measured E|g, I|g, T{-1/2} of isomer
132SN c  2012Ka36: isomer produced in {+9}Be({+238}U,F), with {+238}U beam at
132SN2c  E=345 MeV/nucleon provided by the RIBF accelerator
132SN3c  complex at RIKEN facility. Fission fragments were separated and
132SN4c  analyzed by BigRIPS separator, transported to focal plane of
132SN5c  ZeroDegree spectrometer and finally implanted in an aluminum stopper.
132SN6c  Particle identification was achieved by |DE-tof-B|r method.
132SN7c  Delayed gamma rays from microsecond isomers were detected by three
132SN8c  clover-type HPGe detectors. Measured E|g, I|g, |g|g-coin, isomer
132SN9c  half-life. Comparison with previous studies.
132SN c  2017Ch51: {+235}U(n,F),E=thermal, measured E|g, I|g, half-life of
132SN2c  isomer by |g(t). First measurement of isomeric ratios as function of
132SN3c  kinetic energy of {+132}Sn fragments using Lohengrin spectrometer
132SN4c  at Grenoble
132SN cG $I(K|a| x ray)=21.0 {I25} (1982Ka25)
132SN cG E$From 1980Bj01
132SN cG RI$From 1982Ka25
132SN cG M$From ce data
132SN cL J$From Adopted Levels
132SN cL T$|g|g(t) (1982Ka25), unless otherwise stated
132SN  P   4847.0   6 (8+)             2.080 US  17
132SN  N 1            1        1
132SN cN NR,NT$Absolute |g-intensities are given
132SN cN BR$%IT=100
132SN PN                                                                     3
132SN  L 0.0         0+
132SN  L   4041.1   4  2+              0.4 NS    LT
132SN cL T$from 1980Bj01
132SN  G 4040.8    5   85.7  24                                 85.7      24 C
132SN  L   4415.5   4 (4+)             4.0 NS    3
132SN cL T$other: 2.1 ns {I3} (1980Bj01)
132SN  G 374.3     3  84.2   24(E2)                    0.01751  85.7      24 C
132SN2 G EKC=0.020 7 (1980Bj01)
132SNS G  K/T=0.01460 21$L/T=0.00211 3$M/T=0.000416 6
132SNS G  N/T=7.68E-5 11$O/T=5.73E-6 9
132SNS G  KC=0.01485 22$LC=0.00214 3$MC=0.000423 6
132SNS G  NC=7.82E-5 12$OC=5.84E-6 9
132SN  G 4415.7    5  14.3   24 [E4]                            14.3      24 C
132SN  L   4714.7   5  (6+)            20.2 NS   8
132SN  G 299.2     3  100    6  (E2)                    0.0358    100        C
132SN2 G EKC=0.028 5 (1980Bj01)
132SNS G  K/T=0.0290 4$L/T=0.00446 7$M/T=0.000885 13
132SNS G  N/T=0.0001625 24$O/T=1.147E-5 17
132SNS G  KC=0.0300 5$LC=0.00462 7$MC=0.000917 14
132SNS G  NC=0.0001683 25$OC=1.188E-5 17
132SN  L   4847.0   6 (8+)             2.080 US  17                          M
132SN cL T$from |g(t); weighted average of 2.15 |ms {I16} (2017Ch51,
132SN2cL (132|g+299|g+374|g)(t) in {+235}U(n,F),E=thermal); 2.088 |ms {I17}
132SN2cL (2012Ka36) and 2.03 |ms {I4} (1994Fo14). Other: 1.7 |ms {I2} (1982Ka25)
132SN  G 132.3     3  62     5 E2                      0.592  10  100        C
132SN2 G EKC=0.44 4 $ ECC=0.59 9 (1982Ka25)
132SNS G  K/T=0.288 4$L/T=0.0677 12$M/T=0.01370 25
132SNS G  N/T=0.00245 5$O/T=0.0001249 22
132SNS G  KC=0.458 8$LC=0.1078 19$MC=0.0218 4
132SNS G  NC=0.00390 7$OC=0.000199 4