Paper
The Boltzmann Entropy Decreasing for Angle Momentum in Formation of Concentrative Vortex
- Authors:
- Weimin Huang
- Abstract
- 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 T<sub>G,A</sub>S<sub>B,A</sub> 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 withΔT<sub>G,A</sub>S<sub>B,A</sub>=0.
- Keywords
- Concentrative Vortex; Gas Of Vortices; Boltzmann Entropy; Angular Momentum Geometric Space Configuration (AMGSC); Thermal Potential Energy; Entropy Elastic Force
- StartPage
- 42
- EndPage
- 47
- Doi