163OS    167PT A DECAY (0.78 MS)       1996BI07,2004KE06         10NDS    201506
163OS  H TYP=FUL$AUT=BALRAJ SINGH$CIT=ENSDF$CUT=10-JUN-2015$
163OS  H TYP=FUL$AUT=C. W. REICH, BALRAJ SINGH$CIT=NDS 111, 1211 (2010)$
163OS2 H CUT=12-Apr-2010$
163OS c  1996Bi07: {+167}Pt produced by {+92}Mo({+78}Kr,xn) followed by
163OS2c  separation of recoil nuclei by Fragment Mass Analyzer.
163OS3c  Measured E|a, T{-1/2}
163OS c  2004Ke06: {+167}Pt studied as one of several nuclides produced in the
163OS2c  fusion-evaporation reaction {+96}Ru+{+78}Kr. Fusion products separated
163OS3c  in-flight in the gas-filled recoil separator RITU. Measured E|a
163OS4c  and T{-1/2}
167PT  P  0                              0.78 MS 16              7160     50
167PT cP T$Weighted average of 0.9 ms {I+3-2} (2004Ke06) and 0.7 ms {I2}
167PT2cP (1996Bi07).
167PT cP QP$From 2012Wa38. Other: 7153 {I6} from measured E|a=6982 {I6}, and
167PT2cP assuming this |a feeds the ground state of {+163}Os
163OS  N                        1      AP
163OS cN BR$%|a taken to be 100 by 2012Au07
163OS  L   0          (7/2-)
163OS cL J$from the Adopted Levels
163OS  A  6982     6   100
163OS cA E$weighted average of 6979 {I7} (2004Ke06) and 6988 {I10} (1996Bi07)
163OS cA $It is assumed that this transition feeds {+163}Os g.s.