Entropy, Order and Disorder

E. Michaelides
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引用次数: 17

Abstract

Entropy is one of the few physical properties of a system that cannot be measured directly, but must be deduced or calculated from other properties. It is also a property that has been defined in a rather abstract sense and has not been connected to another observable property or physical variable. Since its formulation as a thermodynamic property, entropy has been linked to the concepts of order, disorder and chaos in ways that are often confusing and scientifically misleading. From the point of view of engineering systems and the subject of Classical Thermodynamics, there is no obvious or even tentative connection between entropy and the "order" or "disorder" of the thermodynamic systems. This short paper gives several examples that demonstrate the disconnection between entropy and disorder in thermodynamic systems.
熵,有序和无序
熵是系统中为数不多的不能直接测量的物理性质之一,必须从其他性质中推导或计算出来。它也是一种以相当抽象的意义定义的属性,没有与另一个可观察的属性或物理变量联系在一起。自从熵被表述为一种热力学性质以来,它就一直以令人困惑和科学误导的方式与有序、无序和混沌的概念联系在一起。从工程系统和经典热力学学科的观点来看,熵与热力学系统的“有序”或“无序”之间没有明显的甚至是暂时的联系。这篇短文给出了几个例子来说明热力学系统中熵与无序之间的脱节。
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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