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Study of the electric field formation in a multi-cusped magnetic field

机译:多峰磁场中电场形成的研究

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The multi-cusped field thruster is a kind of electric thruster adopting a cusped magnetic field to achieve a potentially longer lifetime. It is observed in some experiments that the main electric potential drop forms near the exhaust plane, but the formation mechanism of the electric field in this kind of thrusters is not fully clear yet. Based on the analysis of the electron movement, a 2D Particle-in-Cell plus Monte Carlo model is built to reveal the difference of the constraint to electrons between the central leak path and the lateral region of the thruster. Electron trajectories from cathode are analyzed furthermore. It is found that the central leak path inside the discharge channel may play a significant role in the formation of the main electric potential drop near the exhaust plane. (C) 2014 AIP Publishing LLC.
机译:多尖磁场推进器是一种采用尖磁场来实现更长使用寿命的电动推进器。在一些实验中观察到主电势降在排气平面附近形成,但这种推进器中电场的形成机理尚不完全清楚。在对电子运动进行分析的基础上,建立了二维单元内粒子加蒙特卡洛模型,以揭示中心泄漏路径与推进器横向区域之间对电子的约束差异。进一步分析了来自阴极的电子轨迹。发现放电通道内的中央泄漏路径可能在排气平面附近的主电势下降的形成中起重要作用。 (C)2014 AIP Publishing LLC。

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