Abstract
The paper describes interaction between wear particles in the tool-workpiece contact zone in the process of polishing flat surfaces of nonmetallic materials using bound-abrasive tools. The values of the differential and total cross-sections of scattering of the tool wear particles on debris particles and on wear particles during forward and backward scattering have been found. The coordinate dependence of the total cross section of scattering of the tool wear particles has been calculated. The pattern of discrete arrangement of the deposit fragments on the workpiece surface has been described. Deposit fragments on workpieces of fused basalt, glass, quartz, and natural stone have been experimentally studied.
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