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首页> 外文期刊>The Journal of Chemical Physics >Self-consistent fluid variational theory for the dissociation of dense nitrogen
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Self-consistent fluid variational theory for the dissociation of dense nitrogen

机译:稠密氮离解的自洽流体变分理论

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The self-consistent fluid variational theory is used to calculate the pressure dissociation of dense nitrogen at high temperatures. The accurate high-pressure and high-temperature effective pair potentials are adopted to describe the intermolecular interactions, which are made to consider molecular dissociation. This paper focuses on a mixture of nitrogen atoms and molecules and is devoted to the study of the phenomenon of pressure dissociation at finite temperature. The equation of state and dissociation degree are calculated from the free-energy functions in the range of temperature of 2000-15 000 K and density of 0.2-3.0 g/cm(3), which can be compared with other approaches and experiments. (c) 2006 American Institute of Physics.
机译:自洽流体变分理论用于计算高温下稠密氮的压力解离。采用精确的高压和高温有效对电势来描述分子间的相互作用,并考虑分子解离。本文着眼于氮原子和分子的混合物,致力于研究有限温度下的压力离解现象。根据自由能函数在2000-15 000 K的温度范围和0.2-3.0 g / cm(3)的密度范围内计算状态方程和解离度方程,可以与其他方法和实验进行比较。 (c)2006年美国物理研究所。

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