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毛细管等离子体发生器电流波形的调节研究

Study on Wave Shaping of the Electric Power for the Capillary Plasma Generator
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摘要 介绍一种新型的毛细管等离子体发生器电源系统的工作原理并计算了电流波形。该系统采用带耦合电感和电容器的调波电路给毛细管提供电能 ,它结构简单 ,无需大电流开关。 The principle of power supply system of capillary plasma generator is introduced and the waveform of power is calculated. This system uses the wave shaping circuit with couple inductor and couple capacitor. Its structure is simple and the heavy current switch is not needed. The feasibility is proved by experiment.
作者 潘平衡 刘克富 夏胜国 潘垣
机构地区 华中科技大学电气学院
出处 《高电压技术》 EI CAS CSCD 北大核心 2002年第11期38-39,共2页 High Voltage Engineering
关键词 毛细管等离子体发生器 电流波形 调节 电热化学炮 脉冲成形网络 electrothermalchemical Gun(ETC Gun) pulse formnet(PFN) capillary plasma
分类号 TM863 [电气工程—高电压与绝缘技术]
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参考文献6

  • 1[1]Katulke G L, Burden H, Ziclinski A, White K. Electrical energy shaping for ballistic applications in electrothermal guns[R]. U.S. Army ballistic research laboratory. Aberdeen Proving Ground, MD21005-5506.763～764
  • 2夏胜国,刘克富,刘明海,潘垣.高能毛细管放电技术的应用综述[J].高电压技术,2001,27(5):32-33. 被引量：6
  • 3[3]Griffin A H, Zucker O S F, Long J R. A novel very high efficiency, allinductive modulator[A]. 19th IEEE Conference Record, Power Modulator Symposium[C]. San Diego: 1990.524～525
  • 4[4]Giorgi D, Helava H, Lindner K, Long J, Zucker O. The ringer: an efficiency, High repetition rate circuit for electromagnetic launchers[J]. IEEE Trans on Magnetics, 1989, 25(1):203～205
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  • 6[6]Leob A, Kaplan Z. A theoretical model for the physics processes in the confined high pressure discharges of electro-thermal launchers[J]. IEEE Trans on Magnetics, 1989, 25(1):342～346

二级参考文献10

  • 1[1]Powell J D, Zielinski A E. Theory and experiment for an ablating capillary discharge and application to electrothermal-chemical guns. BRL-3355, 1992
  • 2[2]Zoler D, Cuperman S A. Time-dependent model for high-pressure discharges in narrow ablative capillaries. Plasma Physics, 1993, 50:51
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  • 5[5]Wald S et al. Hard coatings of metals and ceramics with a new electrothermal-chemical gun technology. International Journal of Refractory metals & hard Materials, 1999, 171:7
  • 6[6]Rott M, Igenbergs E. New monopulse plasma generation and acceleration facility for surface treatment. IEEE Trans Magnetics, 2001, 37(1):232
  • 7[7]Peterson D R. Design and operation of the electrogun, an electrothermal gun for producing metal and carbon plasma jets. IEEE Trans Magnetics, 1997, 33(1):373
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  • 9[9]Rott M. The LRT/TUM small caliber electrothermal accelerator. IEEE Trans Magnetics, 1993,29(1):597
  • 10[10]Shcolnikov E Y et al. Flow dynamics and microparticles acceleration in the electrothermal launcher. IEEE Trans magnetics, 1999, 35(1):240

共引文献5

高电压技术
2002年 第11期

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