Abstract

The minimal dissymmetry effect, which manifests itself within Curie’s principle, is a consequence of the limiting principles of thermodynamics: the second law for a closed system and the entropy-production minimum for an open system. Also being a limiting principle, the minimal dissymmetry effect makes it possible to introduce a quantitative characteristic of dissymmetry into classical Curie’s principle. It is shown that the dissymmetry of a dynamic form of growth and dissolution of natural diamond crystals is due to the complex effect of several factors of different scales and strengths.

中文翻译：

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热力学系统中的最小不对称效应

摘要

最小不对称效应体现在居里原理内，是热力学的有限原理的结果：封闭系统的第二定律和开放系统的熵产生最小值。同样作为限制原理，最小的不对称效应使得可以将不对称的定量特征引入经典居里原理。结果表明，天然金刚石晶体生长和溶解的动态形式的不对称性是由于不同尺度和强度的几个因素的综合作用所致。