164HF    168W A DECAY (50.9 S)                                   18NDS    201712
164HF  H TYP=FUL$AUT=BALRAJ SINGH AND JUN CHEN{+#}$CIT=NDS 147, 1 (2018)$
164HF2 H CUT=30-Nov-2017$
164HF CA HF$R0(164HF)=1.56 4 is deduced from HF(4399A)=1.0.
168W   P 0.0         0+                50.9 S    19             4500      11
168W  cP T$From {+168}W Adopted Levels (2010Ba27)
168W  CP QP$From 2017Wa10
164HF  N                       3.2E-5  10
164HF CN BR$%A=3.2E-3 10 (from {+168}W Adopted Levels, 2010Ba27).
164HF2CN Other: 2.7E-3 5 or 3.6E-3 6 was derived by 1991ME05 from their
164HF3CN measured value of IG(178.5G from EC decay)/IA=4.1E-5 6, depending on
164HF4CN whether the 178.5G is E2 or E1, respectively. TI(178.5G) was taken by
164HF5CN 1991ME05 to represent >90% of EC decays.
164HF  L 0.0         0+
164HF  A 4399      12 97.7   23 1.0
164HF CA E         measured by 1991ME05.
164HF CA IA$only one ALPHA group was observed. An upper limit of
164HF2CA 4.6% of A DECAY is calculated for an unobserved 4193-KEV ALPHA to
164HF3CA the 2+ state at 211.05 KEV in 164HF by requiring HF(4193A)>1.
164HF4CA IA(4399A)=97.7 23 per 100 ALPHA decays is used in computing
164HF5CA the R0 parameter.