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首页> 外文期刊>Journal of Physics, D. Applied Physics: A Europhysics Journal >Phase resolved measurement of anisotropic electron velocity distribution functions in a radio-frequency discharge
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Phase resolved measurement of anisotropic electron velocity distribution functions in a radio-frequency discharge

机译:射频放电中各向异性电子速度分布函数的相分辨测量

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摘要

Oscillating radio-frequency (RF) electric fields penetrating into a plasma lead to a corresponding oscillation of the electron velocity distribution function. Here we report on the first time measurement of this oscillation by Thomson scattering in a low-pressure inductively coupled plasma. The local current density is inferred by combining the oscillation amplitude with the plasma density, also resulting from Thomson scattering. The results are compared with a novel emission spectroscopic technique, RF modulation spectroscopy, which also provides direct determination of the electron oscillation velocity.
机译:渗透到等离子体中的振荡射频(RF)电场导致电子速度分布函数发生相应的振荡。在这里,我们报告了在低压感应耦合等离子体中通过汤姆森散射对该振动进行的首次测量。通过将振荡幅度与等离子密度相结合来推断局部电流密度,这也是由汤姆森散射引起的。将结果与新型发射光谱技术RF调制光谱进行比较,后者还可以直接确定电子振荡速度。

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