超短脉冲放电等离子体的结构

A. Mizuno, K. Okazaki, T. Takekoshi, R. Tobe
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引用次数: 1

摘要

研究了CH/sub - 4/混合H/sub - 2/和AR气体的脉冲放电等离子体结构,以主动控制等离子体气相沉积过程。利用50 ~ 1000ns宽的方波脉冲高压,研究了等离子体的电压电流特性、电流随电压上升的滞后时间和发射强度分布。由于脉冲电压在过渡到电弧放电之前下降,可以成功地施加高达几千伏的非常高的电压,而电极表面没有任何等离子体不均匀性。在脉冲周期内,可产生大于直流等离子体10/sup /的大电流。
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Structure of ultra-short pulsed discharge plasma
The structure of pulsed discharge plasma of CH/sub 4/ mixed with H/sub 2/ and AR gases has been studied for active control of plasma CVD processing. Using square wave pulsed high voltages of 50-1000 ns width, voltage-current characteristics, time lags of current rise from that of voltage, and emission intensity profiles of the plasma have been investigated. Very high voltages up to several kilovolts can be successfully applied without any plasma nonuniformity on the electrode surface because the pulsed voltage drops before transition to arc discharge. during the pulsed period, very large current of more than 10/sup 3/ that of DC plasma can be established.<>
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