Theoretical Investigation of Energetic Efficiency of Impulse High Voltage Glow Discharge Electron Sources

机译：脉冲高压发光放电电子源大能效率的理论研究

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This paper is devoted to the theoretical estimations of energetic efficiency of High Voltage Glow Discharge (HVGD) electron sources in the impulse regime of operation. Balance of energy on the discharge electrodes is analyzed, estimation of energy dissipation in anode plasma is also provided. As a result of investigation obtained the analytical relation for calculation the efficiency of HVGD electron sources. Obtained simulation results are in the good agreement with experimental data.

机译：本文致力于高压辉光放电（HVGD）电子源在操作的高压辉光放电（HVGD）电子源的理论估计。分析了放电电极上的能量平衡，还提供了阳极等离子体的能量耗散的估计。由于调查获得了计算HVGD电子源效率的分析关系。获得的仿真结果与实验数据良好。

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《IEEE International Conference on Electronics and Nanotechnology》|2016年|390p|共5页
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S. V. Denbnovetsky; I. V. Melnyk; V. G. Melnyk; B. A. Tugai; S. B. Tuhai;
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中图分类 TB383-53;
关键词
Electron Sources; Impulse Regime; High Voltage Glow Discharge; Energetic Efficiency;

机译：电子源;脉冲制度;高压辉光放电;充满活力的效率;

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1. Simulation of energetic efficiency of triode high voltage glow discharge electron sources with account of temperature of electrons and its mobility in anode plasma [J] . Melnyk Igor V. Radioelectronics and Communications Systems . 2017,第7期

机译：考虑电子温度及其在阳极等离子体中的迁移率，模拟三极管高压辉光放电电子源的能量效率
2. Experimental investigation of the efficiency of a high-voltage glow discharge as a source of a beam of run-away electrons [J] . Voiteshonok V. S., Golovin A. I., Egorova E. K., High temperature: English translation of teplofizika vysokikh temperatur . 2017,第5期

机译：高压辉光放电效率的实验研究作为云越电电子束源
3. Modeling of Electron Sources for High Voltage Glow Discharge Forming Profiled Electron Beams [J] . I. V. Melnyk, A. V. Pochynok Radioelectronics and Communications Systems . 2019,第6期

机译：高压辉光放电成型电子束的电子源建模
4. Theoretical Investigation of Energetic Efficiency of Impulse High Voltage Glow Discharge Electron Sources [C] . S. V. Denbnovetsky, I. V. Melnyk, V. G. Melnyk, IEEE International Conference on Electronics and Nanotechnology . 2016

机译：脉冲高压辉光放电电子源大能效率的理论研究
5. Investigations into glow discharge plasmas as atomization and excitation sources for analytical atomic spectrometry. [D] . Pavski, Victor. 1997

机译：研究辉光放电等离子体作为分析原子光谱法的雾化和激发源。
6. Synthesis of AuPd alloyed nanoparticles via room-temperature electron reduction with argon glow discharge as electron source [O] . Manman Yang, Zongyuan Wang, Wei Wang, 2014

机译：氩辉光放电为电子源的室温电子还原法合成AuPd合金纳米粒子
7. Estimation of Energy Efficiency of Pulsed High Voltage Glow Discharge Electron Sources with Allowance for the Processes on Electrodes and Parameters of Anode Plasma. [O] . I.V. MELNYK 2016

机译：脉冲高压辉光放电电子源的能效估计施加电极电极和阳极等离子体参数的余量。
8. Low Pressure, High Voltage Discharges for the Production of Energetic Electron Beams [R] . Verdeyen, J. T. 1979

机译：用于生产高能电子束的低压，高压放电

Theoretical Investigation of Energetic Efficiency of Impulse High Voltage Glow Discharge Electron Sources

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