本文采用将经典的Chapman-Enskog方法扩展到高阶近似的方法计算获得了双温度化学平衡条件下空气等离子体的粘性、热导率和电导率.结果表明,压力和热力学非平衡程度的改变会影响空气组分解离和电离反应的温度区间,从而使气体的粘性和热导率的峰值区域产生变化.局域热力学平衡条件下空气等离子体输运性质的计算结果与文献报道结果符合较好,验证了本文结果的可靠性.
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