Abstract
The method of searching singular points in the spatial distribution of concentration of a gaseous component in a medium suggested by the authors and based on finding the initial moments of the distribution is applied to a thermodynamically inhomogeneous hot gaseous medium. The method of remote determination and interpretation of the characteristics of one-dimensional gas concentration distribution along the path is tested in a model experiment. Two variants of the standard concentration distribution along the path — normal and exponential distributions most typical under real conditions — are examined with simultaneous temperature variations specified by an exponential function of the coordinate. The influence of various factors of the model experiment is analyzed.
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