Nuclear moments of high-spin states

Häusser, O.

doi:10.1007/bf01020895

Cited by 6 publications

(2 citation statements)

References 27 publications

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“…Up to now there is only little experimental evidence for the correctness of these predictions, as far as strongly deformed nuclei are concerned [12]. Accurate measurements of g-factors of their high spin rotational states are difficult because of the short lifetimes of these states.…”

Section: Introductionmentioning

confidence: 95%

Gyromagnetic ratios of the 4+ and 6+ rotational states of184W

et al. 1982

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Section: Introductionmentioning

confidence: 95%

Gyromagnetic ratios of the 4+ and 6+ rotational states of184W

et al. 1982

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“…Chen and Frauendorf [23] have calculated this rotational alignment as a function of the spin for 158'16~ by use of experimental data for the energies of the yrast states of lSS'16~ and of the i13/2 bands of 157 ..... I61Dy -the method is described in [27] -and they used the results for a prediction of g(I) for the ground state bands of 158,160Dy" The good agreement with the rather inaccurate old data for t6~ [22] and for lS6Gd, which has the same number of neutrons as lSaDy [28] may be rather incidental. Chen and Frauendorf [23] have calculated this rotational alignment as a function of the spin for 158'16~ by use of experimental data for the energies of the yrast states of lSS'16~ and of the i13/2 bands of 157 ..... I61Dy -the method is described in [27] -and they used the results for a prediction of g(I) for the ground state bands of 158,160Dy" The good agreement with the rather inaccurate old data for t6~ [22] and for lS6Gd, which has the same number of neutrons as lSaDy [28] may be rather incidental.…”

Section: Discussion Of the Resultsmentioning

confidence: 94%

g-factor of the 4 1 + rotational state of160Dy

Alfter

Bodenstedt

Knichel

et al. 1996

Z. Physik A - Hadrons and Nuclei

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By use of Ge-detectors of the OSIRIS-collaboration [1] in connection with the 12 detector IPAC apparatus of our laboratory [2] a precise measurement of the g-factor of the 4~ rotational state of 16~ was performed. The directional correlations of the three 7-7 cascades, 1003-197 keV, 1103-197 keV and 1115-197 keV, which are weakly populated in the decay of 72.3 d t6~ were observed simultaneously. The integral rotations in the static hyperfine field of DyTb at 4.2 K were measured. The g-factor g(4[) = + 0.350 (20) was derived. By comparison with the magnetic splitting of the 2~ rotational state observed in the same environment by a M6ssbauer experiment [3] the ratio of the two g-factors was derived as g(4~)/g(2 +) = + 0.91(5).For the high energy lines we derived from the measured directional correlations the El~M2 mixing parameters: c~(1003 keV) = + 0.005(4); 6(1103 keV) = -0.020(22), and c5(1115 keY) = + 0.010 (4)

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