164W     168OS A DECAY (2.1 S)         1996PA01,1995HI02,1982EN0318NDS    201712
164W   H TYP=FUL$AUT=BALRAJ SINGH AND JUN CHEN{+#}$CIT=NDS 147, 1 (2018)$
164W 2 H CUT=30-Nov-2017$
164W  CA HF$r{-0}(164W)=1.563 11 is deduced from HF(5676A)=1.0.
168OS  P 0.0         0+                2.1 S     1              5815.6    27
168OS cP T$From {+168}Os Adopted Levels (2010Ba27)
168OS CP QP$From 2017Wa10
164W   N                       0.43    4
164W  CN BR$From %A=43 4 (from {+168}Os Adopted Levels, 2010Ba27) based on
164W 2CN measured values of 49% 3 (1982EN03) and 40% 3 (1996PA01).
164W   L 0.0         0+
164W   A 5676      4  97     3 1.0
164W  CA E$recommended by 1991RY01. E|a=5674 8 (1995HI02) does
164W 2CA not change the recommended E|a. Other E|a=5662 8 (1984Sc06),
164W 3CA 5680 3 (1982De11, earlier value from this group was 5660 10 in
164W 4CA 1978Ca11 and 1977Ca23), 5660 10 (1978Sc26)
164W  CA IA$only one ALPHA group was observed. Intensity of an
164W 2CA unobserved 5383A to 2+ state at 332 is estimated to be less
164W 3CA than 6% of ALPHA decay by requiring its hindrance factor to be
164W 4CA greater than 1.0. Thus IA(5676A)=97 3 per 100 A DECAYS is assigned
164W 5CA and used in computation of the R0 parameter.