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首页> 外文期刊>Physical Review, A. Atomic, molecular, and optical physics >Analytical relations between kinetic-energy and particle densities for one-dimensional harmonically confined Fermi vapors - art. no. 044502
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Analytical relations between kinetic-energy and particle densities for one-dimensional harmonically confined Fermi vapors - art. no. 044502

机译:一维谐波约束费米蒸气的动能与粒子密度之间的解析关系-艺术没有。 044502

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摘要

Analytical relations between kinetic-energy and particle densities are set out here, and used for numbers of harmonically confined independent fermions up to 100 particles. The use of positive definite kinetic-energy density is advocated in the present context, and this is then shown to tend to the von Weizsacker inhomogeneity kinetic-energy density near the tunneling regime for the harmonic potential barrier, the example of 50 fermions being studied specifically. [References: 5]
机译:此处列出了动能与粒子密度之间的分析关系,并用于最多100个粒子的谐波约束独立费米子的数量。在目前的背景下,提倡使用正定动能密度,然后证明这倾向于趋近于隧道高次谐波势垒的von Weizsacker不均匀动能密度,该例子是专门研究的50个费米子的例子。 。 [参考:5]

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