摘要
应用气体、液体与冰的玻尔兹曼因子方程,对自然界物质在“临界点、沸点、熔点”时的物理特性进行数值计算,结果与观测值高度吻合.事实证明,简明的数学语言可以在很宽的温度范围内准确描述自然界物质物态变化的客观规律;玻尔兹曼因子方程是更具普适性的物态方程.
By applying Boltzmann factor equation of gas, liquid, and ice, the physical characteristics ot ＂critical point, boiling point, and melting point＂ of nature matter were numerically calculated and the results were highly consistent with the observed values. It is proved that the concise mathematical language is capable of describing the objective rules of change of nature matters or state within a wide temperature range. The Boltzmann factor equation is the state equation that has more universality
出处
《物理通报》
2015年第8期107-111,共5页
Physics Bulletin
关键词
玻尔兹曼因子方程
临界点
沸点
熔点
物理特性
Boltzmann factor equation
critical point
boiling point
melting point
physical characteristics
