Development of ECR microwave discharge ion thruster

Takao Y.; Miyamoto T.; Yamawaki K.; Maeyama T.; Nakashima H.

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Development of ECR microwave discharge ion thruster

机译：ECR微波放电离子推进器的研制

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A 10-cm-diam, electron-cyclotron-resonance (ECR) microwave discharge ion thruster has been fabricated. This thruster produces a plasma by means of ECR heating. Ions in the plasma are extracted and accelerated by electrostatic grids. Performance tests of the thruster were carried out for several kinds of magnetic field configurations inside its discharge chamber and at different distances between Sm-Co magnets and the electrostatic grids. Preliminary estimations of ion production cost, propellant utilization efficiency, and beam divergence of the thruster were reported. Also a computer code to analyze ECR plasma behavior in the thruster was described. The test results and the computer code will be used to develop a larger system (larger than 20 cm. diam.). (C) 2002 Elsevier Science Ltd. All rights reserved. [References: 5]

机译：已制造出直径为10厘米的电子回旋共振（ECR）微波放电离子推进器。该推进器通过ECR加热产生等离子体。等离子体中的离子被静电栅提取并加速。推进器的性能测试是针对其放电室内的几种磁场配置以及Sm-Co磁体和静电栅之间的不同距离进行的。报告了对离子产生器成本，推进剂利用效率和推进器束发散度的初步估计。还描述了用于分析推进器中ECR等离子体行为的计算机代码。测试结果和计算机代码将用于开发更大的系统（直径大于20厘米）。（C）2002 Elsevier ScienceLtd。保留所有权利。 [参考：5]

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《Vacuum: Technology Applications & Ion Physics: The International Journal & Abstracting Service for Vacuum Science & Technology》 |2002年第4期|共6页
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Takao Y.; Miyamoto T.; Yamawaki K.; Maeyama T.; Nakashima H.;
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1. Development of ECR microwave discharge ion thruster [J] . Takao Y., Miyamoto T., Yamawaki K., Vacuum: Technology Applications & Ion Physics: The International Journal & Abstracting Service for Vacuum Science & Technology . 2002,第3a4期

机译：ECR微波放电离子推进器的研制
2. Development of small-scale microwave discharge ion thruster [J] . Takao Y, Masui H, Miyamoto T, Vacuum: Technology Applications & Ion Physics: The International Journal & Abstracting Service for Vacuum Science & Technology . 2004,第3a4期

机译：小型微波放电离子推进器的研制
3. Effects of negative ions on discharge characteristics of water plasma source for a miniature microwave discharge ion thruster [J] . Nakamura Kengo, Koizumi Hiroyuki, Nakano Masakatsu, Physics of plasmas . 2019,第4期

机译：阴离子对微波排放离子推进器水等离子体源排出特性的影响
4. Study of the Discharge Chamber Magnetic Field Configuration Effects on the Electron Cyclotron Resonance (ECR) Microwave Ion Thruster [C] . Yavuz Emre Kamis, Murat Celik AIAA propulsion and energy forum;AIAA/SAE/ASEE joint propulsion conference . 2015

机译：放电室磁场构型对电子回旋共振微波离子推进器影响的研究
5. Nonintrusive microwave diagnostics of collisional plasmas in Hall thrusters and dielectric barrier discharges [D] . Stults, Joshua 2011

机译：霍尔推力器和电介质阻挡层放电中碰撞等离子体的非侵入式微波诊断
6. The Nature of Hæmatocolpos Fluid with Deductions as to the Chemical Composition of the Menstrual Discharge and the Cause of its Normal Non-coagulability also of the Acidity of the Vaginal Secretion; and the Character of the Obstructing Membrane with its Bearing on the Development of the Vagina; together with a Report of Three Cases of Hæmatocolpos [O] . W. Blair Bell 1911

机译：荷马酚液的性质推断出月经分泌物的化学成分及其正常非凝结性的原因以及阴道分泌物的酸性；阻塞膜的特性与阴道的发育有关；连同三例Hômatocolpos的报告
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. Microwave ECR Ion Thruster Development Activities at NASA Glenn Research Center [R] . Foster, J. E. , Patterson, M. J. 2002

机译：美国宇航局格伦研究中心的微波ECR离子推进器开发活动

Development of ECR microwave discharge ion thruster

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