Transform-dispersial analysis of clearing processes of water-based technological liquids from mechanical impurities

In the article some special stochastic approaches and methods are developed while elaborating the mathematical models of clearing processes of water-based technological liquids (WTL). In particular, the new dependences of normalized purity parameters of WTL from average degree of clearing and distribution law parameters of mechanical impurities are derived. The mentioned relations and equations in cooperation with characteristic functions method allow someone to obtain the complete solution of total class of inverse stochastic problems under incomplete information. The new laws of heredity and variability for mechanical impurities distribution laws are obtained depending on average degree of clearing.