Abstract
This intensive course gives fundamentals of probe measurement and its advanced applications. The first part reviews the theory of the electrostatic probe used in the plasma and methods for determining plasma parameters (space potential, electron temperature, plasma density, energy distribution, etc.). Several types of conventional probes are presented. The second part presents new methods and techniques that have been developed to measure complicated cases: electronegative plasma, flowing plasma, strongly magnetized (fusion) plasma, space plasma and (high pressure) microplasma by giving some examples.
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