Relationship between magnetic field strength and discharge voltage of ATONtype Hall thrusters

Y J Ding; L Q Wei; D C Jia; D R Yu

首页> 外文期刊>Physica Scripta: An International Journal for Experimental and Theoretical Physics >Relationship between magnetic field strength and discharge voltage of ATONtype Hall thrusters

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Relationship between magnetic field strength and discharge voltage of ATONtype Hall thrusters

机译：ATON型霍尔推力器的磁场强度与放电电压的关系

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The discharge process in Hall thrusters is closely related to the magnetic field topography and field strength. Keeping the magnetic field topography unchanged, we study the relationship between the magnetic field strength and discharge voltage of the ATON-type Hall thrusters with the optimized conditions of smallest discharge current and highest efficiency. The experimental results show that this relationship changes for different ranges of discharge voltage. In a low discharge voltage range, the relationship between B_r and U_d meets a B_r ∝ (U_d)/(1/2) (〈σ_i〉/(1?δ))/(1/2) relationship; but in a high discharge voltage range, the magnetic field strength remains unchanged.

机译：霍尔推力器的放电过程与磁场形貌和场强密切相关。在保持磁场形貌不变的情况下，我们以最小的放电电流和最高的效率优化条件研究了ATON型霍尔推力器的磁场强度与放电电压之间的关系。实验结果表明，这种关系随着放电电压的不同范围而变化。在低放电电压范围内，B_r和U_d之间的关系满足B_r∝（U_d）/（1/2）（＆σ_i＆ /（1δδ））/（1/2）的关系;但是在高放电电压范围内，磁场强度保持不变。

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来源
《Physica Scripta: An International Journal for Experimental and Theoretical Physics》 |2014年第8期|共7页
作者
Y J Ding; L Q Wei; D C Jia; D R Yu;
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原文格式 PDF
正文语种 eng
中图分类物理学;
关键词
magnetic field strength; discharge voltage; Hall thrusters;

机译：磁场强度;放电电压;霍尔推进器;

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专利

1. Relationship between magnetic field strength and discharge voltage of ATONtype Hall thrusters [J] . Y J Ding, L Q Wei, D C Jia, Physica Scripta: An International Journal for Experimental and Theoretical Physics . 2014,第8期

机译：ATON型霍尔推力器的磁场强度与放电电压的关系
2. Influence of magnetic field and discharge voltage on the acceleration layer features in a Hall effect thruster [J] . Gawron D, Mazouffre S, Sadeghi N, Plasma Sources Science & Technology . 2008,第2期

机译：磁场和放电电压对霍尔效应推进器加速层特征的影响
3. Effect of magnetic-field intensity near an intermediate electrode on the discharge characteristics of a Hall thruster with a double-peaked magnetic field [J] . Li Hong, Ding Yongjie, Wang Lei, The European physical journal, D. Atomic, molecular, and optical physics . 2019,第9期

机译：双峰值磁场磁场强度靠近中间电极靠近中间电极的效果
4. An Experimental Study of Local Magnetic Field Intensity Effects on the Discharge Characterization of Hall Thrusters [C] . Peng E., Daren Yu, Ke Han, International Conference on Electrical Machines and Systems . 2008

机译：局部磁场强度对大厅推进器放电表征的实验研究
5. Magnetic field simulation and mapping based on Zeeman-split laser-induced fluorescence spectra of xenon in the discharge channel of a 5-6 kW coaxial stationary-plasma Hall thrusters. [D] . Ngom, Bailo Bah. 2009

机译：基于Zeeman分裂激光诱导的氙气在5-6 kW同轴等离子霍尔推力器放电通道中的荧光光谱的磁场模拟和映射。
6. Dependence of Quantized Hall Effect Breakdown Voltage on Magnetic Field and Current [O] . M. E. Cage 1993

机译：量化霍尔效应击穿电压对磁场和电流的依赖性
7. Plasma Characteristics in the Acceleration Channel of a Microwave Discharge Hall Thruster and Relationships between Thruster Performance and Acceleration Channel Length [O] . Hirohisa Kuwano, Hitoshi Kuninaka, Hideki Nakashima 2007

机译：微波排放霍尔推进器的加速通道中的等离子体特性和推进器性能与加速度通道长度之间的关系
8. High Input Voltage Discharge Supply for High Power Hall Thrusters Using Silicon Carbide Devices. [R] . Pinero, L. R., Scheidegger, R. J., Aulsio, M. V., 2014

机译：采用碳化硅器件的高功率霍尔推进器的高输入电压放电电源。

Relationship between magnetic field strength and discharge voltage of ATONtype Hall thrusters

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