Abstract
This article is the first of several in a continuing series on opticophysical methods for the investigation of inhomogeneities, begun in the preceding issue and in the journal Metrologiya, No. 4 (1994). Here a method is proposed for determining the composition of an ionized gas from data obtained in streak photography of interference fringes produced by oblique transmission of the sensing light beam across a shock front. The author gives a comparative estimation of the errors of the results in normal and oblique transmission of a monatomic gas flow containing singly charged ions.
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