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Thermal plasmas properties in gas or gas-vapour mixtures

机译:气体或气体-蒸气混合物中的热等离子体性质

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In this contribution we study the validity of mixing rules for several thermal plasma properties (mass density, specific heat at constant pressure, transport coefficients, net emission coefficient) that we have calculated for mixtures of gases and/or vapours: Ar-Fe, Ar-Cu, Ar-H2, Ar-N2, Ar-O2, N2-O2, SF6-N2. Some rules are very simple (linearity with proportions) whereas other laws introduce some physical aspects. The results show that the validity of mixing rule is well established for viscosity and emission coefficient, but for the other properties, it depends strongly on the structure of the species and are less valid for molecular plasma than for atomic one.
机译:在此论文中,我们研究了混合气体规则的有效性,这些规则是针对气体和/或蒸汽的混合物计算出的几种热等离子体特性(质量密度,恒压下的比热,传输系数,净发射系数):Ar-Fe,Ar -Cu,Ar-H 2 ,Ar-N 2 ,Ar-O 2 ,N 2 -O 2 ,SF 6 -N 2 。一些规则非常简单(与比例成线性关系),而另一些定律则引入了一些物理方面。结果表明,对于粘度和发射系数,混合规则的有效性已经很好地确立了,但是对于其他特性,它很大程度上取决于物质的结构,并且对于分子等离子体而言,其有效性不如对于原子等离子体。

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