H atom detection and energy analysis by use of thin foils and TOF technique

Abstract
It has been shown experimentally that detection and energy analysis of H atoms with energy 600-3000 eV can be performed successfully by means of a time-of-flight technique using secondary electron emission detectors and thin foils. The registration of particle fluxes in the presence of a superior ultraviolet background is possible. This technique may be applied to diagnostics of high-temperature and space plasmas.

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