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Astrophysical Journal; v. 176(3); p. L127-L129
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Mise en evidence d'etats d'energie tres elevee du noyau 12C par la capture radiative 9Be (3He,γ)12C
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Compt. Rend., Ser. B; v. 275(18); p. 669-672
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Phys. Rev., C; v. 6(1); p. 375-377
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Lyon, G.L.
Tenth Conference of the Australian and New Zealand Society for Mass Spectrometry, Dunedin, New Zealand, 26-29 August 19861986
Tenth Conference of the Australian and New Zealand Society for Mass Spectrometry, Dunedin, New Zealand, 26-29 August 19861986
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[en] Abstract only
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65 p; 1986; p. 65; Australian and New Zealand Society for Mass Spectrometry; Dunedin (New Zealand); 10. Conference of the Australian and New Zealand Society for Mass Spectrometry; Dunedin (New Zealand); 26-29 Aug 1986
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[en] Transition energies, incremental alignments of angular momentum, dynamic moments of inertia of triaxial superdeformed bands in rare-earth nuclei have been examined systematically. It is found that the incremental alignments are nearly constant and their dynamic moments of inertia are quite similar. Therefore these triaxial superdeformed bands in rear-earth nuclei are identical bands
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High Energy Physics and Nuclear Physics; ISSN 0254-3052;
; v. 24(6); p. 541-545

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[en] We demonstrate a technique for frequency measurements of UV transitions with sub-MHz precision. The frequency is measured using a ring-cavity resonator whose length is calibrated against a reference laser locked to the D2 line of 87Rb. We have used this to measure the 398.8 nm 1S0 ↔ 1P1 line of atomic Yb. We report isotope shifts of all the seven stable isotopes, including the rarest isotope 168Yb. We have been able to resolve the overlapping 173Yb (F = 3/2) and 172Yb transitions for the first time. We also obtain high-precision measurements of the excited-state hyperfine structure in the odd isotopes, 171Yb and 173Yb. The measurements resolve several discrepancies among earlier measurements. (authors)
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19 refs.
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AbstractAbstract
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Earth and Planetary Science Letters; v. 12(4); p. 434-438
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Petrac, D.
California Univ., Los Angeles (USA)1971
California Univ., Los Angeles (USA)1971
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1971; 99 p; University Microfilms Order No. 72-5858.; Thesis. (Ph.D.).
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Report
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AbstractAbstract
[en] The 64Ni(4He, 8He)60Ni reaction was used at 58-MeV bombarding energy with the quadrupole-dipole-dipole-dipole magnet spectrograph, giving an improved value of the 8He mass excess of 31.611 +- 0.017 MeV
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Phys. Rev., C; v. 12(5); p. 1511-1515
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[en] The phenomenon of identical bands is studied by analyzing the distributions of fractional changes in the dynamical moments of inertia of pairs of bands in superdeformed (SD) nuclei. These distributions are found to exhibit a peak with a centroid at nearly zero. Their widths increase in going from the SD bands in the mass A ∼ 150, to the SD bands in the mass ∼190 and to the normally-deformed bands in the rare-earth region. These differences may be attributed to the weaker pairing correlations and the stabilizing role of intruder orbitals on the structures of SD bands. Precise level lifetimes have been measured for various pairs of identical SD bands in Gd and Dy isotopes. By comparing the derived quadrupole moments with calculations performed in the framework of the cranking Skyrme-Hartree-Fock model, it is shown that, independently of the intrinsic configuration and of the proton and neutron numbers, the charge moments calculated with respect to the doubly-magic SD core of 152Dy can be expressed in terms of independent contributions from the individual hole and particle orbitals. (author)
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Exotic Nuclear Shapes. Pt. 1; Debrecen (Hungary); 12-17 May 1997; 42 refs.
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