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Order—Geometric Space Configuration of Momentum and Thermal Potential Energy

机译:阶—动量和热势能的几何空间构型

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Maxwell had advanced the famous velocity distribution law for ideal gas and idea of momentum space. But he had also put the problem about "Maxwell demon" to oppugn that if should the space configuration of momentum exist? This paper defines the pressure resulting from elastic collision based on no-wall space model of ideal gas under the thermodynamic equilibrium. It lets the presupposition about Maxwell velocity space without any actions to be untenable. There are space configurations of momentum for ideal gas whatever in no-wall space or in box with solid wall that is a restriction for order relating space configuration of position of particle. The order and Boltzmann entropy should account for momentum space configuration. This paper proposes a statistic method for local certain region of non-localized particles of ideal gas. The pV and -TS are argued to be two kinds of potential energy. The -TS is the heat potential energy inside of an isolation system which change is equal to the heat exchanging between the system and surrounding.
机译:麦克斯韦为理想气体和动量空间的思想提出了著名的速度分布定律。但是他也提出了“麦克斯韦恶魔”的问题,即是否应该存在动量的空间结构?基于热力平衡下理想气体的无壁空间模型,定义了弹性碰撞产生的压力。它使关于麦克斯韦速度空间的预设没有任何动作是站不住脚的。无论在无壁空​​间中还是在具有实心壁的盒子中,都有理想气体动量的空间构型,这是与粒子位置空间构型相关的顺序的限制。阶数和玻耳兹曼熵应说明动量空间的构造。本文提出了一种统计方法,用于理想气体非局部粒子的局部确定区域。 pV和-TS被认为是两种势能。 -TS是隔离系统内部的热势能,其变化等于系统与周围环境之间的热交换。

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