Thermodynamical Properties Of ~(56)Fe

机译：〜（56）Fe的热力学性质

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Average nuclear level densities close to the nuclear binding energy in ~(56)Fe and ~(57)Fe are extracted from primary γ-ray spectra. A step structure is observed in the level density for both isotopes, and is interpreted as breaking of Cooper pairs. Thermal properties of ~(56)Fe are studied within the statistical canonical ensemble. The experimental heat capacity in ~(56)Fe is compared with the theoretical heat capacity calculated within the shell model Monte Carlo approach.

机译：从初级γ射线光谱中提取出接近（56）Fe和〜（57）Fe中接近于核结合能的平均核能级密度。在两个同位素的能级密度中观察到阶梯结构，并且解释为库珀对的断裂。在统计正则集合内研究了〜（56）Fe的热性质。将〜（56）Fe中的实验热容量与在壳模型Monte Carlo方法中计算出的理论热容量进行了比较。

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《Conference on Frontiers of Nuclear Structure was held at the Clark Kerr Campus Conference Center of the University of California; Jul 29-Aug 2, 2002; Berkeley, California》|2002年|p.136-143|共8页
会议地点 Berkeley CA(US)
作者
E. Tavukcu; J.A. Becker; L.A. Bernstein; P.E. Garrett; M. Guttormsen; G.E. Mitchell; J. Rekstad; A. Schiller; S. Siem; A. Voinov; W. Younes;
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North Carolina State University, Raleigh, NC 27695;

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正文语种 eng
中图分类原子能技术;
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Thermodynamical Properties Of ~(56)Fe

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