159HO 159HO IT DECAY 1971GE01 12NDS 201201
159HO H TYP=FUL$AUT=C. W. Reich$CIT=NDS 113, 157 (2012)$CUT=31-Dec-2010$
159HO D DATA SET UPGRADED (OCTOBER, 2010) B CW REICH TO INCLUDE REVISED CC
159HO2D VALUES, NR AND ADDITIONAL COMMENTS.
159HO c {+159}Ho (8~s) from {+160}Dy(p,2n) at 12-15~MeV with pulsed beam
159HO2c (1971Ge01). Data are from 1971Ge01, unless noted as being from
159HO3c 1966Bo02.
159HO c Problems with the current theoretical understanding of the measured M3
159HO2c transition probabilities in selected odd-mass nuclides are discussed by
159HO3c 2003Lo04.
159HO cL E$From least-squares fit to |g energies.
159HO cL J$From {+159}Ho Adopted Levels.
159HO P 205.91 5 1/2+ 8.30 S 8
159HO N 0.399 5 0.399 5 1.0
159HO cN NR$normalized to give 100% feeding of ground state, assuming 166 |g is
159HO2cN pure E1 and 205 |g is pure E3.
159HO PN 3
159HO L 0.0 7/2-
159HO L 166.19 22 7/2+
159HO G 166.0 3 13.1 9E1 0.0821
159HOS G KC=0.0690 11$LC=0.01027 16$MC=0.00226 4$NC+=0.000593 9
159HOS G NC=0.000518 8$OC=7.18E-5 11$PC=3.38E-6 5
159HO cG M$From |a{-K}(exp) < 0.08, based on |a{-K}(exp)(166)/|a{-K}(exp)(205) <
159HO2cG 0.02, compared to |a{-K}(E1)=0.069.
159HO L 205.88 10 1/2+ 8.30 S 8 M
159HO2 L %IT=100
159HO cL T$From 1971Ge01, other: 6.9~s {I3} (1966Bo02); both measured by |g(t)
159HO2cL after proton pulse. .
159HO G 39.5 3 6.0E-4 5 [M3] 2.27E4 1214.2 9
159HOS G L/T=0.74 3$M/T=0.209 13$N+/T=0.055 4
159HOS G N/T=0.049 4$O/T=0.0059 5$P/T=0.000115 8
159HO cG RI$Calculated from transition intensity and |a for pure M3.
159HO cG TI$Calculated to agree with transition intensity of 166 G.
159HO G 205.9 1 100 E3 1.364
159HOS G KC=0.492 7$LC=0.665 10$MC=0.1647 24$NC+=0.0419 6
159HOS G NC=0.0374 6$OC=0.00449 7$PC=2.76E-5 4
159HO cG M$From measured K/L=0.7 (1966Bo02) compared to K/L(E3)=0.74.