156PM    156PM IT DECAY (LT 5 S)       2007SH05                  12NDS    201210
156PM  H TYP=FUL$AUT=C. W. REICH$CIT=NDS 113, 2537 (2012)$CUT=1-Mar-2012$
156PM D  NEW DATA SET PREPARED (JULY, 2011) BY CW REICH.
156PM c  Unless noted otherwise, the values are those reported by 2007Sh05.
156PM c  Isomer proposed by 2007Sh05 from analysis of the decay of the |g's and
156PM2c  ce's from the |b{+-} decay of isotope-separated {+156}Nd sources.  |g's
156PM3c  detected using a HPGe detector and a short coaxial detector.
156PM4c  Conversion electrons detected using a cooled Si(Li) detector.  Measured
156PM5c  E|g, I|g, Ice, M, T{-1/2} .
156PM cG M$From |a(K)exp, |a(L)exp
156PM cL J$From the adopted values.
156PM cL BAND(A)$Probable |p5/2[532]+|n3/2[521] bandhead.  2007Sh05 report a
156PM2cL different neutron orbital for this configuration.  See the discussion
156PM3cL in the {+156}Nd |b{+-} Decay data set.
156PM cL BAND(B)$Probable |p5/2[532]-|n3/2[521] bandhead.  See the comment on
156PM2cL the conf for the g.s.
156PM  P   150.3    1 1(+)                 5 S   LT
156PM  N    0.0465               0.98  AP
156PM PN                                                                     3
156PM  L     0        4(+)             26.70 S   10                         A
156PM cL J,T$From the adopted values.
156PM  L   150.3    1 1(+)                 5 S   LT                         BM
156PM cL J,T$From the adopted values.
156PM cL T$From 2007Sh05. From a careful analysis of the decay curve of the
156PM2cL K-line of the 150.3|g, 2007Sh05 suggest the possible presence of a
156PM3cL second activity, in addition to that of the g.s., with T{-1/2} = 2.3~s
156PM4cL {I20}. They assign it to the decay of an isomeric state at 150.3~keV.
156PM  G   150.3    1 100         M3                    20.5
156PM2 G   EKC=14 4 $ ELC=4.5 15
156PMS G KC=13.63 20$LC=5.29 8$MC=1.255 18$NC+=0.324 5
156PMS G NC=0.283 4$OC=0.0397 6$PC=0.001719 25