Intrinsic and Rotational Level Structures in Odd-Odd Actinides

Details Intrinsic and Rotational Level Structures in Odd-Odd Actinides Intrinsic and Rotational Level Structures in Odd-Odd Actinides

Nov 1994

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1994adndt..58..167s&link_type=abstract

Atomic Data and Nuclear Data Tables, Volume 58, Issue 2, p. 167-202.

Physics

13

Scientific paper

Experimentally observed energy levels for odd-odd nuclei with 87 <= Z <= 103 and 129 <= N <= 159 are classified in terms of their intrinsic structures and associated rotational bands. Distinctive level patterns for different nuclear shapes are discussed. Parity-mixed level structures indicative of reflection-asymmetric (octupole-deformed) shapes are seen in N < 139 nuclides. For well-deformed nuclei, long-lived (t1/2 >= 1 s) isomer pairs are observed in several cases with no isomeric transition connecting the two isomers. Systematics of residual interaction effects, e.g., Gallagher-Moszkowski splittings and Newby shifts, are studied and features of interaction matrix elements are examined. Our literature cutoff date is September 1993.

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