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arXiv 1511.08051cond-mat.stat-mech
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非线性统计量统计权的一种新推导方法

A New Method for Derivation of Statistical Weight of the Gentile Statistics

Sevilay Selvi, Haydar Uncu

摘要:

本文提出了一种新的方法来获得Gentile统计量的统计权。在最近的一篇论文中,Perez和Tun分别从玻色子和费米子的情况出发,给出了Gentile统计量的近似组合公式和精确递归公式[1]。本文用另一种方法得到了Gentile统计量的统计权的两个精确公式,一个是组合公式,一个是递归公式。组合公式只对特殊情况有效,而递归公式对所有可能的情况都有效。此外,对于给定的q-最大粒子数,可以占据一个水平的詹蒂莱代数-递归公式,我们推导出的结果比递归公式在[1]中提出的,当使用计算机程序时,快得多。此外,我们还得到了Dai和Xie在文献[2]中提出的分布的统计权。关键词:分式统计,詹蒂莱分布,统计权重

英文摘要:

We present a new method for obtaining the statistical weight of the Gentile Statistics. In a recent paper, Perez and Tun presented an ap- proximate combinatoric and an exact recursive formula for the statistical weight of Gentile Statistics, beginning from bosonic and fermionic cases, respectively [1]. In this paper, we obtain two exact, one combinatoric and one recursive, formulae for the statistical weight of Gentile Statistics, by an another approach. The combinatoric formula is valid only for special cases, whereas recursive formula is valid for all possible cases. Moreover, for a given q-maximum number of particles that can occupy a level for Gentile statistics-the recursive formula we have derived gives the result much faster than the recursive formula presented in [1], when one uses a computer program. Moreover we obtained the statistical weight for the distribution proposed by Dai and Xie in Ref. [2]. Keywords: Fractional statistics, Gentile distribution, Statistical Weight

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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