192PO    196RN A DECAY                 2001UU01,1997PU01,1995MO1412NDS    201209
192PO  H TYP=FUL$AUT=Coral M. Baglin$CIT=NDS 113, 1871 (2012)$CUT=15-Jun-2012$
192PO c  Production of {+196}Rn parent: {+166}Er({+36}Ar,6n), E=208 MeV
192PO2c  (1997Pu01), E=200 MeV (1995Mo14); {+142}Nd({+56}Fe,6n) (2001Uu01,
192POxc  2001Ke06).
192PO c  1995Mo14: production of {+196}Rn is presumed
192PO2c  by authors because they observe one |a which is followed by another |a
192PO3c  whose E and time delay match those expected for {+192}Po |a decay.
192PO4c  The observed time difference between evaporation residues in the
192PO5c  {+166}Er({+36}Ar,xn) reaction and initial |a detection was 5 ms.
192PO cA HF        r{-0}({+192}Po)=1.585 {I16} from HF=1 for g.s. |a group,
192PO2cA assuming T{-1/2}({+196}Rn)=4.4 ms {I+13-9} (2001Uu01),
192PO3cA Q(|a)({+196}Rn)=7617 {I9} and %|a({+196}Rn)=99.8 {I2}. (The value
192PO4cA expected based on extrapolation from r{-0} in 1998Ak04 for higher-mass
192POxcA Po isotopes is 1.565 {I10}).
196RN  P 0            0+               4.4 MS    +13-9          7617       9
196RN cP T         From 2001Uu01 and 2001Ke06. Others: 3 ms {I+7-2} (1997Pu01);
196RN2cP 5 ms (1995Mo01).
192PO  N                       0.998   2
192PO cN BR        %|a({+196}Rn)=99.8 {I2}, based on the partial |b half-life of
192PO2cN 2.5 s calculated by 1997Mo25; the latter implies %(|e+|b{++})|?0.18
192PO3cN {I+5-4} if T{-1/2}({+196}Rn)=4.4 ms {I+13-9} (2001Ke06, 2001Uu01).
192PO DN BR        PARTIAL T FOR |b DECAY AP 5 S FROM GROSS BETA DECAY THEORY
192PO2DN (1973Ta30) IMPLIES %EC+%B+ AP 0.088 +11-7 FOR 196RN.
192PO  L 0            0+
192PO  A 7462       8 100       1.0
192PO cA E         weighted average of 7461 {I9} (2001Ke06, 2001Uu01), 7492
192PO2cA {I30} (1997Pu01) and 7428 {I35} (1995Mo14). This E|a corresponds to
192PO3cA Q(|a)=7617 {I8}; Q(|a)=7617 {I9} (2011AuZZ).
192PO cA IA        only one |a group has been observed. I|a to any
192PO2cA excited states in {+192}Po is assumed to be negligible.