Abstract
This paper presents a study on innovative use of ultrajet technologies and expanding their areas of applications. Factors influencing the process of ultrajet dispersing are determined, based on which special tooling is developed and operating modes and parameters are selected. The results of experimental studies on dispersing silver and copper targets are presented. The composition of the obtained suspensions and features of the particles formed in the process of hydroerosion of the material surface (targets) are examined. It is determined that the proposed technology possesses broad capabilities and advantages compared to traditional methods of obtaining suspensions.
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