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中国物理学会期刊

射频放电阻抗测量用于等离子体诊断研究

CSTR: 32037.14.aps.50.2403

PLASMA DIAGNOSIS OF RF DISCHARGE BY USING IMPEDANCE MEASUREMENT

CSTR: 32037.14.aps.50.2403
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  • 利用自行研制的传感器和测量装置,通过对射频放电电压、电流以及其相位角的精确测定,算出放电管的总阻抗,结合放电管的等效电路模型与Godyak等建立的射频放电模型,对射频激励铜离子激光管在氦气中的放电特性进行了研究,得出射频激励铜离子激光器不同气压及电流密度下的等离子体电阻、容抗、鞘层厚度及电子密度

     

    It is presented in this paper that the method known from network analysis with home-made probe and experimental setup to measure current, voltage and phase angle of RF discharge in He gas more accurately. The sheath thickness and the real and imaginary parts of the plasma impedance were obtained by using the equivalent circuit model and taking account stray capacitances of the set-up. In addition, making use of Godyak′s RF discharge simple model, the electron density in the discharge was calculated at different pressure and current density.

     

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