181IR    185AU A DECAY (4.25 M)        1995BI01                  05NDS    200601
181IR  H TYP=FUL$AUT=S. -C. WU$CIT=NDS 106, 367 (2005)$CUT=31-Aug-2005$
181IR c  1995Bi01: {+185}Au activity produced by 153 MeV {+12}C
181IR2c  on Ta foils; UNISOR usitioe separator; Si(Li) detectors for |a's,
181IR3c  Ge(Li) detector for |g's and X-rays; measured E|a, I|a, |a|g-coin,
181IR4c  branching ratios. Results supersedes those from 1991Bi04.
181IR c  1970Ha18: |a activity of {+185}Au from decay of {+185}Hg produced
181IR2c  by Pb(p,X); ISOLDE separator; Si(Li) detectors for |a's,
181IR3c  NaI(Tl), Ge(li) detectors for |g's and X-rays; measured E|a, I|a,
181IR4c  |a|g-coin; deduced |a-branching, T{-1/2}.
181IR c  1968Si01: |a activity produced by {+175}Lu({+16}O,6n);
181IR2c  enriched targets; surface barrier detector; measured E|a, T{-1/2}.
181IR c  1968De01: |a activity produced by {+147}Sm({+40}Ar,xn),
181IR2c  enriched target; helium sweeping technique; surface-barrier detector;
181IR3c  measured E|a, T{-1/2}.
181IR c  1953Ra02: {+185}Au activity produced by Au(d,pxn) at 190 MeV,
181IR2c  Pt(p,xn) at 120 MeV; chemical separation; Geiger counter
181IR3c  with and without Be and Pb absorbers; measured E|a, T{-1/2}.
181IR cA E,IA$From 1995Bi01, except as noted.
181IR cA HF        If r{-0}=1.52 {I3} (based on r{-0}({+180}Os)=1.54 3
181IR2cA and r{-0}({+182}Pt)=1.504 27 from 1998Ak04).
181IR cL J$From 1995Bi01 from I|a and HF factors.
185AU  P 0.0         5/2-              4.25 M    6              5180      5
181IR  N                        0.0026 6
181IR cN $From 1995Bi04; %|a=0.7 {I1} (1991Bi04).
181IR  L 0              (5/2)-
181IR  A 5069      5    100       0.64 17
181IR cA E$from 1995Bi01. Other values: 5070 {I100} (1953Ra02),
181IR2cA 5067 {I5} (1968Si01), 5084 {I40} (1968De01),
181IR3cA and 5070 {I15} (1970Ha18).
181IR  L 247       11   (3/2,5/2)-
181IR  A 4826      10 0.15        19
181IR  L 500       11
181IR  A 4579      10 0.03        2.5