The Classical Ideal Gas

R. Swendsen
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Abstract

This chapter provides an introduction to an important model system in classical statistical mechanics. The classical ideal gas is defined, and it is explained why it is useful as an example in an introduction to the concept of entropy. What distinguishes an ‘ideal’ gas from a ‘real’ gas is the absence of interactions between the particles. Although an ideal gas might seem to be an unrealistic model, its properties are experimentally accessible by studying real gases at low densities. Since even the molecules in the air you are breathing are separated by an average distance of about ten times their diameter, nearly ideal gases are easy to find.
经典理想气体
本章介绍了经典统计力学中一个重要的模型系统。定义了经典理想气体,并解释了为什么它在熵概念的介绍中作为一个例子是有用的。“理想”气体与“真实”气体的区别在于粒子之间没有相互作用。虽然理想气体似乎是一个不切实际的模型,但通过研究低密度的真实气体,可以通过实验获得它的性质。因为即使是你呼吸的空气中的分子,它们之间的平均距离大约是它们直径的十倍,所以很容易找到接近理想的气体。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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