On the focussing and transmission properties of electron beam in high power microwave sources filled with plasma

Chen X.; Liu S.; Xie W.

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On the focussing and transmission properties of electron beam in high power microwave sources filled with plasma

机译：电子束在充满等离子体的高功率微波源中的聚焦和传输特性

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Based on the electron movement principles the beam paraxial trajectory and space trajectory equation in drifting space filled with plasma are given in this paper. The equations are theoretically or numerically solved, the focussing and transmission properties are studied and some parameters affecting these properties are discussed in detail. The relativistic effect is also taken into account. The study shows that with plasma filled the beam can be focused efficiently and transmitted with high quality by optimally choosing the plasma filling fraction and the voltage.

机译：根据电子运动原理，给出了充满等离子体的漂移空间中的电子束近轴轨迹和空间轨迹方程。从理论上或数值上求解方程，研究聚焦和透射特性，并详细讨论影响这些特性的一些参数。还考虑了相对论效应。研究表明，在等离子体填充的情况下，可以通过最佳选择等离子体的填充比例和电压来使光束有效聚焦并以高质量传输。

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《International Journal of Infrared and Millimeter Waves》 |1999年第2期|共11页
作者
Chen X.; Liu S.; Xie W.;
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正文语种 eng
中图分类红外线;
关键词
Electron beams; Plasmas; Microwaves; Trajectories; Computer simulation; Relativity; Focusing; Transmission properties;

机译：电子束;等离子体;微波;轨迹;计算机模拟;相对论;聚焦;透射特性;

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1. On the focussing and transmission properties of electron beam in high power microwave sources filled with plasma [J] . Chen X., Liu S., Xie W. International Journal of Infrared and Millimeter Waves . 1999,第2期

机译：电子束在充满等离子体的高功率微波源中的聚焦和传输特性
2. DESKTOP REPETITIVE SOURCES OF POWERFUL ELECTRON BEAMS, X-RAY AND MICROWAVES FOR LAB INVESTIGATIONS IN RADIATION CHEMISTRY, PHYSICS AND BIOLOGY [J] . V. G. SHPAK, M. I. YALANDIN, S. A. SHUNAILOV Radiation Physics and Chemistry . 1996,第3期

机译：辐射化学，物理和生物学实验室研究用的强电子束，X射线和微波的台式重复源
3. Electrostatic Plasma Lens Focusing of an Intense Electron Beam in an Electron Source With a Vacuum Arc Plasma Cathode [J] . Gushenets V.I., Goncharov A.A., Dobrovolskiy A.M., IEEE Transactions on Plasma Science . 2013,第8aPart2期

机译：带有真空电弧等离子体阴极的电子源中强电子束的静电等离子体透镜聚焦
4. Beam-plasma processes relevant to high-power wide band plasma-filled microwave sources [C] . Zavyalov M.A., Mitin L A., Perevodchikov V.I., Electromagnetic Compatibility Symposium Record, 1968 IEEE . -1

机译：与高功率宽带等离子体填充微波源相关的束等离子体过程
5. Electron beam focusing in gas and plasma-filled transport cells. [D] . Hahn, Kelly D. 2006

机译：电子束聚焦在气体和充满等离子体的传输单元中。
6. Fabrication of tin-filled carbon nanofibres by microwave plasma vapour deposition and their in situ heating observation by environmental transmission electron microscopy [O] . Tomoharu Tokunaga, Takumi Kanematsu, Takahumi Ito, 2013

机译：微波等离子体气相沉积法制备锡填充碳纳米纤维及其环境透射电镜原位加热观察
7. Obtaining of high-power electron beams in a plasma anode electron beam source powered by Marx generator with matched loads [O] . E.N. Abdullin, G.F. Basov 2019

机译：获得由Marx发电机的等离子体阳极电子束源中的高功率电子束，具有匹配的负载

On the focussing and transmission properties of electron beam in high power microwave sources filled with plasma

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