首页> 外文期刊>Current applied physics: the official journal of the Korean Physical Society >Measurements of plasma parameters in capacitively coupled radio frequency plasma from discharge characteristics: Correlation with optical emission spectroscopy
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Measurements of plasma parameters in capacitively coupled radio frequency plasma from discharge characteristics: Correlation with optical emission spectroscopy

机译:从放电特性测量电容耦合射频等离子体中的等离子体参数:与光发射光谱的相关性

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Plasma parameters from the discharge characteristics of a 13.56 MHz capacitively coupled radio frequency Ar plasma are evaluated on the basis of homogeneous discharge model for wide range of operating pressure. The homogeneous discharge model of capacitively coupled radio frequency discharge is modified to take into account the nonlinear plasma series resonance effect. The effect of drift velocity of the electron due to change in radio frequency electric field and operating pressure is also considered. Considerable dependent of plasma parameters on the drift velocity of the electron as well as on the plasma series resonance effect are observed in low pressure. An irregular variation of calculated plasma density with operating pressure is observed, which is reconfirmed with optical emission spectroscopy.
机译:根据13.56 MHz电容耦合射频Ar等离子体放电特性的等离子体参数,根据均质放电模型对宽工作压力范围进行评估。修改了电容耦合射频放电的均匀放电模型,以考虑到非线性等离子体串联谐振效应。还考虑了由于射频电场和工作压力的变化而引起的电子漂移速度的影响。在低压下观察到等离子体参数与电子的漂移速度以及等离子体串联共振效应有很大关系。观察到的计算出的等离子体密度随工作压力的不规则变化,这已经通过光发射光谱法得到了证实。

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