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Investigation of parameters of the working substance - low temperature plasma in the ionization resonator chamber of the RF reactive engine

机译:射频无功发动机电离谐振腔中工作物质-低温等离子体的参数研究

摘要

This paper is the extension of investigations of the RF engine designed for orientation and stabilization of the spacecrafts orbit, and it is undertaken for measuring of plasma parameters of RF discharge in the ionization resonator chamber. The experiments were performed at the frequency of 80 MHz on the model engine, in which a length of coaxial line with shortening capacities at the ends was used as the ionization resonator chamber. As the result of the experiments, conditions of the RF discharge ignition in the resonator chamber are studied; dependencies of plasma density and temperature versus applied power and working body pressure are obtained for various gases. The measurements of the thrust were performed at the special-purpose test bench. The data obtained allow making a conclusion that further investigations in this direction hold much promise.
机译:本文是为设计航天器的方向和稳定性而设计的射频引擎研究的扩展,旨在测量电离谐振腔中射频放电的等离子体参数。实验是在模型引擎上以80 MHz的频率进行的,其中将端部具有缩短容量的同轴线的长度用作电离谐振腔。实验结果研究了谐振腔中射频放电点火的条件。对于各种气体,获得了等离子体密度和温度与施加的功率和工作体压力的相关性。推力的测量是在专用试验台上进行的。获得的数据可以得出结论,在此方向上的进一步研究具有很大的希望。

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