4.6 Article

Langmuir probe without RF compensation

Journal

PLASMA SOURCES SCIENCE & TECHNOLOGY
Volume 31, Issue 8, Pages -

Publisher

IOP Publishing Ltd
DOI: 10.1088/1361-6595/ac83eb

Keywords

plasma; Langmuir probe; capacitively coupled discharge; RF compensation

Funding

  1. Czech Science Foundation [19-15240S, LM2018097]
  2. Ministry of Education, Youth and Sports of the Czech Republic

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This article analyzes the possibility of using uncompensated probes for measurement of various plasma parameters, including RF components and DC components of plasma potential, electron concentration, and electron temperature.
Langmuir probes with RF compensation are used for measurements of electron concentration, electron temperature and the DC value of plasma potential in RF discharges. In order to obtain all the RF components of plasma potential, simple probes without RF compensation are used. However, it has been believed that these uncompensated probes can not be used for determination of the DC value of plasma potential and of electron concentration and temperature, since their VA characteristics is distorted by the RF current. Consequently, the evaluation of data measured with uncompensated probes was not possible without additional measurement with a RF compensated Langmuir probe. This contribution analyzes the possibility to use uncompensated probes not only for measurement of RF components of plasma potential, but also for measurement of the DC component of plasma potential, electron concentration and electron temperature.

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