89Y     89ZR EC DECAY (4.161 M)       1969RO02,1964VA03,1971AR1813NDS    201302
 89Y   H TYP=FUL$AUT=BALRAJ SINGH$CIT=NDS 114, 1 (2013)$CUT=20-Oct-2012$
 89Y  C  1969Ro02, 1971Ar18: measured G, T1/2
 89Y  C  1964Va03: measured G, EC/B+
 89Y  C  Others:
 89Y  C  T1/2 and assignment: 1992KaZM, 1953Sh48, 1953Ka11, 1940Du05
 89Y  C  B+,G: 1953Sh48
 89Y  c  Energy balance: total decay energy of 214 keV {I5} deduced
 89Y 2c  (using RADLIST code) from proposed decay scheme is in agreement with
 89Y 3c  the expected value of 213 keV {I4}, indicating that the decay scheme
 89Y 4c  is complete
 89Y  cL J$From Adopted Levels
 89ZR  P   587.83  9 1/2-              4.161 M   10             2833.0    28
 89ZR cP QP$ From 2011AuZZ. Other: 2932.9 {I28} (2003Au03)
 89Y   N 14.4      3           0.0623  12 16.0514
 89Y  CN NR,BR$from RI(1507G)/RI(588G in 89ZR)=0.0675 7 (1964Va03) and
 89Y 2CN IG+-/I(588G)=0.0332 20 (1964Va03), CC(588G in 89ZR)=0.0476
 89Y 2CN and IE/IB+(theory)=0.145 2 (for GS), 3.48 5 (for 1507 level)
 89Y  PN                                                                     3
 89Y   L        0    1/2-
 89Y   E               0.17  12  0.024 18   7.1   4                 0.19  14
 89Y S E EAV=1074.0 12 $CK=0.1110 3 $CL=0.01311 4 $CM+=0.002902 9
 89Y   L   1507.4  5 3/2-
 89Y   E               1.36  19  4.70  12  4.31  2                  6.06  15
 89Y S E EAV=391.0 11 $CK=0.6785 15 $CL=0.08067 18 $CM+=0.01788 4
 89Y   G 1507.4    5  6.75    7
 89Y  CG E$from 1969Ro02
 89Y  CG RI$from 1964Va03, relative to RI(588G in 89ZR)=100. Others:
 89Y 2CG 7.1 4 (1971Ar18), 7.2 8 (1969Ro02), 7.7 18 (1953Sh48)