156HO    156HO IT DECAY (9.5 S)        1999KAZV,1995KAZS         12NDS    201210
156HO  H TYP=FUL$AUT=C. W. REICH$CIT=NDS 113, 2537 (2012)$CUT=1-Mar-2012$
156HO D  DATA SET REVISED (DECEMBER, 2011) BY CW REICH TO INCLUDE CC VALUES
156HO2D   FROM BRICC.
156HO c  State produced primarily in the decay of {+156}Er. Numerous studies of
156HO2c  this decay have been reported. For a description of these studies, see
156HO3c  the {+156}Er Decay Data set.
156HO cL J$From the adopted values.
156HO  P   52.37      1-                   9.5 S 15
156HO  N   1.0       1.0        1.0
156HO cN NR$The IT-decay branching is presently unmeasured. From the intensity
156HO2cN balance at this level, the evaluator infers that the intensity of a
156HO3cN possible |e+|b{++} decay branch is small. Also, if log| {Ift} of a
156HO4cN possible |b transition to the {+156}Dy g.s. is assumed to be>6.0, then
156HO5cN %|e+%|b{++}<1. The evaluator has assumed that %IT=100.
156HO PN                                                                     2
156HO  L    0         4-                  56 M    1
156HO cL T$From the adopted values.
156HO  L   52.37      1-                   9.5 S 15                          M
156HO2 L %IT=? $ %EC+%B+=?
156HO cL $Probable conf=|p5/2[402]-|n3/2[521], the |S=0 coupling of two
156HO2cL orbitals. The g.s. represents the |S=1 coupling of these two.
156HO cL T$From 1995KaZS, (ce(L)(52|g),t).
156HO  G   52.37      0.0240   M3                      4.17E3      100
156HOS G L/T=0.740 8$M/T=0.205 4$N+/T=0.0541 11
156HOS G N/T=0.0480 10$O/T=0.00592 12$P/T=0.000135 3
156HO cG RI$Computed from |a and the listed I(|g+ce) value.
156HO cG M         From L and M subshell ratios (1975Al26,1982Vy06) in
156HO2cG  {+156}Er |e decay.