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E to H-mode Transition in Cylindrical Tube ICP Discharge for Light Sources

机译:e将光源圆柱管ICP放电中的H模式过渡

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Recently, there has been a steadily interest in the application of RF (Radio frequency) ICP (Inductively Coupled Plasma) sources for numerous plasma processing such as etching, deposition and etc. One of the most important advantages of ICP is that R.F Power interacts with the plasma by displacement currents, rather than true currents, and thus it can be delivered without an electrodes in contact with plasma [1]. With considering this advantage, we applied ICP discharge in developing electrode-less light sources.
机译:最近,对RF(射频)ICP(电感耦合等离子体)源的应用诸如蚀刻,沉积等的许多等离子体处理的应用稳定兴趣。ICP最重要的优点之一是RF功率与之相互作用通过位移电流的等离子体,而不是真正的电流,因此可以在没有与等离子体接触的电极的情况下递送。考虑到这一优势,我们在显影电极的光源中应用ICP放电。

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