159GD 159GD IT DECAY (26.2 NS) 1968BO10 12NDS 201201
159GD H TYP=FUL$AUT=C. W. Reich$CIT=NDS 113, 157 (2012)$CUT=31-Dec-2010$
159GD D DATA SET UPGRADED (APRIL, 2010) BY CW REICH TO INCLUDE NEW CC AND
159GD2D RI VALUES, AND REWRITTEN COMMENTS.
159GD c Isomer was produced in the {+158}Gd(d,p) reaction.
159GD cG RI$Computed from the I|g(1+|a) and |a values.
159GD cG M$From {+159}Gd Adopted |g radiation
159GD cG TI$Calculated by evaluator and based on authors' ratio of the L-shell
159GD2cG conversion-electron intensities, L(68)/L(51)=1.1 {I2}; and photon
159GD3cG intensity ratio, I(K| x ray)/I(68)=1.4 {I2}; and the assumption that
159GD4cG the 50.7 |g is pure M1. The authors report I|g(1+|a)(17) =
159GD5cG I|g(1+|a)(50) = 26% (4) and I|g(1+|a)(67) = 74% (4). These values
159GD6cG differ from those adopted here due to the differences in the conversion
159GD7cG coefficients used. The measured data cannot be fit if the 50 |g is
159GD8cG pure E2, but some E2 mixture is possible.
159GD cL J$From {+159}Gd Adopted Levels.
159GD P 67.829 24 5/2+ 26.2 NS 8
159GD N 1.0 1.00 1.0
159GD PN 1
159GD L 0.0 3/2-
159GD L 50.7 5/2-
159GD G 50.7 4 2.35 [M1] 13.9 35 5
159GDS G K/T=0.782 $L/T=0.116 $M/T=0.0254 $N+/T=0.0068
159GDS G N/T=0.0058 $O/T=0.00091 $P/T=6.01E-5
159GD cG CC$Note that the E|g value is only 0.5 {I4} keV above the K-shell
159GD2cG binding energy of 50.239~keV, rendering the calculation of the
159GD3cG respective conversion coefficient problematic. Listed value is from
159GD4cG extrapolation of values calculated for higher-energy |g's.
159GD L 67.8 5/2+ 26.2 NS 8 M
159GD cL T$From |g(t) following p pulse in (d,p) reaction.
159GD G 17.1 4.6 [E1] 6.57 35 5 S
159GDS G L/T=0.680 6$M/T=0.151 3$N+/T=0.0368 7
159GDS G N/T=0.0327 6$O/T=0.00398 8$P/T=0.0001120 21
159GD G 67.8 4 35.7 [E1] 0.824 1865 5
159GDS G K/T=0.375 6$L/T=0.0605 14$M/T=0.0131 3$N+/T=0.00339 8
159GDS G N/T=0.00295 7$O/T=0.000422 10$P/T=1.98E-5 5