A new method of analyzing Eγ1*Eγ2*Eγ3 correlation data by rotational plane mapping is discussed and applied to high spin triple data on 167,168Yb formed in 48Ca+124Sn reactions. Values for the rotational damping width Γrot=124±20keV and 96 ±30 keV are found for transition energy intervals 820-980 keV and 980-1140 keV corresponding to I≈35h {combining short solidus overlay}and≈45h {combining short solidus overlay}, respectively.
Three-dimensional γ-ray correlations and the study of rotational damping in 167,168Yb / B. Herskind, T. Dossing, D. Jerrestam, K. Schiffer, S. Leoni, J. Lisle, R. Chapman, F. Khazaie, J.N. Mo. - In: PHYSICS LETTERS. SECTION B. - ISSN 0370-2693. - 276:1-2(1992), pp. 4-10. [10.1016/0370-2693(92)90533-A]
Three-dimensional γ-ray correlations and the study of rotational damping in 167,168Yb
S. Leoni;
1992
Abstract
A new method of analyzing Eγ1*Eγ2*Eγ3 correlation data by rotational plane mapping is discussed and applied to high spin triple data on 167,168Yb formed in 48Ca+124Sn reactions. Values for the rotational damping width Γrot=124±20keV and 96 ±30 keV are found for transition energy intervals 820-980 keV and 980-1140 keV corresponding to I≈35h {combining short solidus overlay}and≈45h {combining short solidus overlay}, respectively.
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