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Numerical Analyses of MHD Flows Based on a Two-Fluid Model in MPD Thrusters

机译:基于双流体模型的MPD推力器MHD流动的数值分析

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摘要

Numerical analyses of a one-dimensional flow in an MPD thruster has been done, including nonequilibrium ionization/recombination processes of the propellant gas and velocity slip between charged and neutral particles. calculated results show that a velocity of charged particles are noticeably different from that of neutral particles downstream of inlet. The velocity of charged particles in higher than the mean velocity calculated by a one-fluid model, and calculated electron temperature of a two-fluid model is much lower than that of the one-fluid model.
机译:已对MPD推进器中的一维流进行了数值分析,包括推进剂气体的非平衡电离/复合过程以及带电粒子与中性粒子之间的速度滑移。计算结果表明,带电粒子的速度与进口下游的中性粒子的速度明显不同。带电粒子的速度高于单流体模型计算出的平均速度,并且计算出的两流体模型电子温度远低于单流体模型。

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