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首页> 外文期刊>Applied Physics Letters >Kink instability suppression and improved efficiency in magneto-plasma-dynamic thrusters
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Kink instability suppression and improved efficiency in magneto-plasma-dynamic thrusters

机译:抑制磁等离子体动力推进器的扭结不稳定性并提高效率

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摘要

Helical kink mode suppression in a magneto-plasma-dynamic thraster for space propulsion drives the plasma to a quasiquiescent state. As a result the power required to sustain the plasma current is largely reduced. Kink suppression has been obtained by interrupting the helical current components associated with the spontaneous distortion of the plasma column. This result, while confirming that power balance is largely influenced by plasma instabilities, makes, in principle, this kind of device a good choice for long-term space missions.
机译:对于空间推进,在磁等离子体动力学的急速器中,螺旋扭结模式的抑制将等离子体驱动到准静态。结果,维持等离子体电流所需的功率大大降低。通过中断与等离子柱的自发变形相关的螺旋电流分量,可以实现扭折抑制。该结果在确认功率平衡很大程度上受等离子体不稳定性影响的同时,原则上使这种设备成为长期太空飞行的理想选择。

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