Published April 10, 1995
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Journal Article
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Thermal properties of 54Fe
Chicago
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Abstract
We study the thermal properties of 54Fe with the Brown-Richter interaction in the complete 1p0f model space. Monte Carlo calculations show a peak in the heat capacity and rapid increases in both the moment of inertia and M1 strength near a temperature of 1.1 MeV that are associated with the vanishing of proton-proton and neutron-neutron monopole pair correlations; neutron-proton correlations persist to higher temperatures. Our results are consistent with a Fermi gas level density whose backshift vanishes with increasing temperature.
Additional Information
©1995 The American Physical Society. Received 4 May 1994; revised 19 December 1994. This work was supported in part by the National Science Foundation, Grants No. PHY90-13248 and No. PHY91-15574, and the Department of Energy, Contract No. DE-FG-0291-ER-40608. We are grateful to P. Vogel and W.E. Ormand for helpful discussions and to an anonymous referee for constructive criticism. Computational cycles were provided by the Concurrent Supercomputing Consortium and by the VPP500, a vector parallel processor at the RIKEN supercomputing facility; we thank Drs. I. Tanihata and S. Ohta for their assistance in using the latter.Files
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