85SR    85Y EC DECAY (2.68 H)         1976LI02,1975BA49         14NDS    201408
 85SR  H TYP=FUL$AUT=BALRAJ SINGH AND JUN CHEN$CIT=NDS 116, 1 (2014)$
 85SR2 H CUT=31-Dec-2013$
 85SR c  1976Li02: measured |g singles and coincidences.
 85SR c  1975Ba49: source produced by {+84}Sr(p,|g).
 85SR c  Others: 1971Ar17, 1966Ho04, 1963Do07, 1962Pa02.
 85SR c  The decay scheme seems incomplete since the highest level populated
 85SR2c  is at 1560 keV whereas Q value is 3260 keV; |g transitions from
 85SR3c  possible levels higher than 1560 keV may have missed detection
 85SR cE TI,LOGFT$All |e+|b{++} feedings should be considered as upper limits
 85SR2cE and corresponding log| {Ift} values as lower limits since the decay
 85SR3cE scheme is not considered complete in view of possible unobserved
 85SR4cE |g transitions from levels above 1.6 MeV
 85SR cG E$Weighted average of measurements by 1976Li02, 1975Ba49, and
 85SR2cG 1970HoZU (as given in earlier Nuclear Data Sheets of 1971Ho42).
 85SR cG RI$From 1976Li02.
 85SR cG M,MR$From Adopted Gammas unless indicated otherwise.
 85SR cL E$From least-squares fit to E|g data
 85SR cL J,T$From Adopted Levels
 85Y   P 0.0         (1/2)-            2.68 H    5              3261      19
 85Y  cP J,T$From {+85}Y Adopted Levels
 85Y  cP QP$From 2012Wa38
 85SR  N 0.60      5 0.60    5 1.0       1.0
 85SR cN NR$From I|g(504|g)/I|g(231|g)=0.71 {i5} and %I|g(231|g)=83.9% {i4}
 85SR2cN (see {+85}Sr IT decay dataset)
 85SR PN                                                                     3
 85SR  L      0.0     9/2+              64.849 D 7
 85SR  L   231.65   7 7/2+
 85SR  G 231.65    7 140     10 M1+E2    -0.45   6      0.022412
 85SRS G KC=0.0196 11$LC=0.00228 14$MC=0.000383 23$NC=4.7E-5 3
 85SR cG RI$it is assumed that I|g=140 {I10} in 1976Li02 is corrected for
 85SR2cG time dependence
 85SR  L   238.77  18 1/2-             67.63 M   4                           M1
 85SR2 L %IT=86.6 4$%EC+%B+=13.4 4
 85SR  E                24   6    5.6  13  6.2   1                30      7
 85SRS E EAV=888.9 88$CK=0.162 4$CL=0.0190 5$CM+=0.00414 11
 85SR cE TI$deduced from intensity balance at 238.77-keV level with the
 85SR2cE consideration of %|e+%|b{++}=13.4 from this isomer
 85SR  G 7.12      25          [E3]                    2.02E7 12  143     10   S
 85SRS G LC=1.66E7 10$MC=3.31E6 19$NC=3.17E5 18$OC=63 4
 85SR cG E$from level-energy difference.
 85SR cG TI$I(|g+ce)(7|g)=I(|g+ce)(231|g)=143 {I10}.
 85SR  G 238.77    24 0.56   10 M4                       1.95
 85SRS G KC=1.61 3 $LC=0.288 5$MC=0.0500 9$NC=0.00599 10$OC=0.000302 5
 85SR  L   743.20  22 3/2-
 85SR  E                38   3    21   2   5.43   5                59     5
 85SRS E EAV=658.8 86$CK=0.317 9$CL=0.0372 10$CM+=0.00810 22
 85SR  G 504.44    14 100
 85SR  L    936.8   3 5/2-
 85SR  G 698.00    20 0.3
 85SR cG RI        deduced from level scheme.
 85SR  L  1152.67  22 3/2-
 85SR  E                3.8  4    6.2  6   5.82   5                 10.0  10
 85SRS E EAV=475.9 84$CK=0.538 12$CL=0.0633 15$CM+=0.0138 3
 85SR  G 215.9     4  0.32   3
 85SR  G 409.5     3  1.40   10
 85SR  G 913.89    14 15.0   8
 85SR  L   1516.9   5 (1/2,3/2)
 85SR  E               0.032 6   0.21  3   7.1   1                  0.24   4
 85SRS E EAV=316.6 83$CK=0.756 10$CL=0.0892 12$CM+=0.01947 25
 85SR  G 1278.1    4  0.40   4
 85SR  L   1559.4   5 (1/2,3/2)
 85SR  E               0.041 12  0.33  9   6.9   1                  0.37  10
 85SRS E EAV=298.3 82$CK=0.776 9$CL=0.0916 11$CM+=0.02000 23
 85SR  G 1320.6    4  0.61   15