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Effect of the magnetic lenses on the electron current due to near wall conductivity in a Hall thruster

机译:霍尔推力器中近壁电导率引起的磁透镜对电子电流的影响

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摘要

The effect of magnetic lens on the electron current due to near wall conductivity (NWC) in a Hall thruster is studied. A Monte Carlo model is employed to simulate the effect of the large magnetic field incidence angle on the electron current. The simulation results show that the electron current due to NWC decreases in the case of large incidence. The simulation qualitatively agrees with the related experimental result. And the simulation also demonstrates that choosing the curvature angle of the magnetic field is also a key factor to design a Hall thruster with high operation performance.
机译:研究了霍尔推力器中由于近壁电导率(NWC)引起的磁透镜对电子电流的影响。采用蒙特卡洛模型来模拟大磁场入射角对电子电流的影响。仿真结果表明,在大入射情况下,由于NWC引起的电子电流减小。仿真在质量上与相关实验结果吻合。仿真还表明,选择磁场的曲率角也是设计具有较高运行性能的霍尔推力器的关键因素。

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