Abstract
The surface plasmon resonance method for investigation of different processes in near-wall liquid layers is described in the paper. Possibilities of application of this method for visualization and quantitative diagnostics (measurement of refractive index distribution in a near-wall layer) of evaporation, cooling, heating, crystallization, mixing of droplets are shown. Influence of the experimental parameters on sensitivity to the refractive index changing and the measurement range of this method were investigated. The scheme of experimental setup and obtained by it experimental results of visualization of mixing and crystallization of droplets are given.
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