61NI    61CO B- DECAY (1.649 H)       1969KI09                  ENSDF    202006
 61NI  H TYP=FUL$AUT=BALRAJ SINGH$CIT=ENSDF$CUT=20-Jan-2020$
 61NI  H TYP=FUL$AUT=KAZIMIERZ ZUBER, BALRAJ SINGH$CIT=NDS 125, 1 (2015)$
 61NI2 H CUT=25-Jan-2015$
 61NI c  1969Ki09: source produced in {+61}Ni(n,p) reaction and separated by a
 61NI2c  chemical method. Measured E|g, I|g, |b
 61NI c  Source produced by {+64}Ni(d,|a), {+61}Ni(n,p), {+59}Co(t,p)
 61NI2c  (see references in 1978LeZA compilation), and {+58}Fe(|a,p) (1973Sc09).
 61NI c  Others: 1956Nu02, 1968Ka21, 1971VoZX, 1972GeZG.
 61NI c  From RADLIST code, deduced total decay energy is 1324 keV {I5}
 61NI2c  agrees perfectly with 1323.8 keV {I8} from Q(|b{+-}) value.
 61NI cB IB$|b{+-} branches are obtained from I(|g+ce) imbalance at each level.
 61NI cG RI$Relative intensity normalized to I|g(67.415|g)=96.
 61NI cG M,MR$From Adopted Gammas
 61NI cL E$From least-squares fit to E|g data.
 61NI cL J$From Adopted Levels.
 61CO  P 0.0         7/2-              1.649 H   5              1323.8    8
 61CO cP J,T$From {+61}Co Adopted Levels
 61CO cP QP$From 2017Wa10
 61NI  N 0.882     4           1.0       1.0
 61NI cN NR$I(|g+ce)(67.4|g+917.5|g)=100, assuming no |b{+-} feeding to g.s.
 61NI PN                                                                     3
 61NI  L 0.0          3/2-
 61NI  L 67.412    10 5/2-
 61NI  G 67.412    10 96       (M1+E2)   0.0076  5     0.137
 61NIS G KC=0.1225 18$LC=0.01262 18$MC=0.001778 25$NC=7.38E-5 11
 61NI cG E$from Adopted dataset. E|g=67.5 {I5} (1972GeZG).
 61NI DG $|a(K) calculation (1984Ma23)
 61NI  B             95.6    4             5.240  3
 61NIS B EAV=475.03 42
 61NI cB $Measured E|b=1220 {i40} (1956Nu02), 1220 {i5} (1969Ki09)
 61NI  L 917.5     7 (7/2)-
 61NI  G 850.0     10 0.90   8 M1+E2     +1.83   20
 61NI  G 917.5     10 4.1    3 (E2)
 61NI  B             4.4     4             4.78   4
 61NIS B EAV=126.95 39