Stochastic-Fractal Analysis Modeling of Salts Precipitation from Aqueous Solution

Electrolytes are of interest because thin plate coatings normally obtained from aqueous solutions. The properties the surface important various such as resistance or durability depend on it. To understand phenomenological processes, it is better to analyze simpler processes sodium chloride. In this paper, a model proposed predict temporal behavior fractal dimension patterns formed in salts precipitation by solvent evaporation scattering surface; for fractal-box counting, ImageJ software was used. applying stochastic methods and geometry, describing internal fluctuations caused dissolution mesoscopic scale solid crystalline particles. From adjusting experimental data, possible estimate velocity constants related microscopic particles that form pattern. validated used study carbonate chloride, respectively, obtaining predictions corresponding physicochemical these salts. adjustment models observed value also estimated.