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首页> 外文期刊>Journal of Basic and Applied Physics >The Boltzmann Entropy Decreasing for Angle Momentum in Formation of Concentrative Vortex
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The Boltzmann Entropy Decreasing for Angle Momentum in Formation of Concentrative Vortex

机译：集中涡形成中角动量的玻尔兹曼熵递减

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Based on the concept of Angular Momentum Geometric Space Configuration, this article discusses the sudden formation of the storms such as Typhoon, Tornado and Sandstorm, as well as their tremendous energy. The Boltzmann entropy for angular momentum of “gas of vortices” is calculated based on the ideal gas model in continuum mechanics using statistical method of non-localized particles in local region. It is shown that the formation of concentrative vortex is the spontaneous process of Boltzmann entropy decrease. The generalized thermal potential energy TG,ASB,A corresponding to the angular momentum geometric space configuration is used to reveal the excess energy in vortex formation. It is the result of the Boltzmann entropy decreasing for process withΔTG,ASB,A=0.
机译：本文基于角动量几何空间构型的概念，讨论了台风，龙卷风和沙尘暴等风暴的突然形成及其巨大的能量。利用局部区域非局部粒子的统计方法，基于连续力学中的理想气体模型，计算了“旋涡气体”角动量的玻尔兹曼熵。结果表明，集中涡的形成是玻耳兹曼熵下降的自发过程。对应于角动量几何空间配置的广义热势能TG，ASB，A用于揭示涡旋形成中的多余能量。这是ΔTG，ASB，A = 0时Boltzmann熵降低的结果。

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