分子间引力的基本性质——由“扩散”导出的牛顿万有引力

Satyavarapu Naga Parameswara Gupta, Kiron Koti Shesha Manikya Satyavarapu, Satyavarapu Subba Vamsi Krishna
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引用次数: 1

摘要

在本文中,我们证明了这种扩散的基本原因是由于牛顿引力引力以一种组合的方式作用于分子间的引力,这是作用在分子上的所有引力的矢量和,定义为SITA力多分子理论。由于这些SITA力,一些分子对相互碰撞,像橡胶球一样弹跳并扩散。这里,一些分子离撞击中心的距离更远。前面我们用类似的方式表述并展示了物质的三种状态。在这里,我们取了一个被污染的纳米水滴作为容器。我们正在计算分子之间的分子间吸引力,并在分子水平上发现所有其他分子的吸引力所导致的分子运动。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Basic Nature of Intermolecular Attraction Forces Newtonian Gravitation Shown by Deriving ‘Diffusion’
Here in this paper, we show that the basic reason for this diffusion is the intermolecular attraction forces due to Newtonian gravitational attraction forces acting in a combined way which are the vectorial sum of all the attraction forces acting on molecules as defined as SITA forces Multi Molecule Theory. Some pairs of molecules hit each other and bounce like rubber balls and diffuse because of these SITA forces. Here some of the molecules are going to higher distances from the hitting centers. Earlier we formulated and showed the three states of matter in a similar way. Here we took a Nano-drop-let of contaminated water as a container. We are calculating intermolecular attraction forces between molecules and finding the movements of molecules as a result of the attraction by all the other molecules at the molecular level.
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