195IR    195IR IT DECAY (3.67 H)       1973JA10                  14NDS    201408
195IR  H TYP=FUL$AUT=Huang Xiaolong and Kang Mengxiao$CIT=NDS 121, 395 (2014)$
195IR2 H CUT=1-Mar-2014$
195IR  P      100   511/2-             3.67 H    8
195IR c  Sources generally produced by the following reactions: {+198}Pt(d,|an)
195IR2c  (1968Ja06), {+198}Pt(p,|a) (1973Ja10) and {+192}Os(|a,p) (1968Ho01).
195IR c  Decay of isomer investigated with Ge(Li) and Si(Li) by observing
195IR2c  |b and |g rays as well as ce in single and coin measurements.
195IR c  See also {+195}Ir |b decay (3.67 h).
195IR cL J,T$From adopted levels
195IR  N             1         0.05    5
195IR cN BR        IT DECAY unobserved; %IT<10 deduced from ce spectrum
195IR2cN (1973Ja10).
195IR PN                                                                     3
195IR cG           I(K| x ray,{+195}Ir)/I|g(433|g,{+195}Pt)<0.7 (1973Ja10)
195IR  L 0.0          3/2+             2.29 H    17
195IR  L      100   511/2-             3.67 H    8                           M
195IR cL E         from (t,|a). Other: 120 {I40} derived from
195IR2cL Q(|b{+-},{+195}Ir g.s.)=1110 {I30} and
195IR3cL Q(|b{+-},3.67-h {+195}Ir)=1230 {I20}
195IR2 L %IT=5 5$
195IR cL           IT decay unobserved; %IT<10 deduced from ce spectrum
195IR2cL (1973Ja10). This branching yields B(M4)(W.u.)|<8.8 compared to 2.05
195IR3cL {I7}, 2.2 {I8}, and 2.35 {I19} for analogous transitions in {+193}Ir,
195IR4cL {+195}Au, and {+197}Au, respectively
195IR  G 100       5           (M4)                    5.0E3  20100
195IRS G K/T=0.048 19$L/T=0.67 21$M/T=0.22 11$N+/T=0.06 4
195IR cG E         undetermined; calculated from adopted levels.