Abstract

The development of new, highly informative methodological tools for diagnosing the characteristics and assessing the quality of diamond powders and powders of other superhard materials based on modern technical means of obtaining initial data is an important and relevant scientific and applied task. The direct practical use of diamond powders is preceded by a procedure for establishing the values of their operational properties and characteristics. The results of assessing the stability of the cutting edges of abrasive composite materials are equally important for both powder producers and their consumers. The productiveness of grinding tools is largely dependent on the degree of use of the cutting properties of the grains. Premature loss of grains from the bundle leads to increased wear, and sometimes to a complete loss of tool performance.

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