Abstract
The paper discussed automated size and shape analysis of both abrasive grains and micrograins. In research on micrograins of boron carbide, silicon carbide, ordinary and noble electrocorundum stereoscopic optical microscopy was applied and MultiScan software solutions were used.
Highlights
Properties of abrasive grains and micrograins, tested at various stages of their production and subsequent use, are criteria for assessing their quality [1]
This paper deals with the measurement and analysis – using a computerized stereoscopic microscope – of the sizes of selected abrasive micrograins intended for very accurate machining
The exception was green silicon carbide 99C F400 with positive asymmetry. ■ For the smallest grains, there are only slight deviations from the normative dimensions determined by the sedimentation method. ■ The average values of the shape coefficients of the tested abrasive micrograins are similar and are in the range K = 1.33÷1.61
Summary
The paper discussed automated size and shape analysis of both abrasive grains and micrograins. In research on micrograins of boron carbide, silicon carbide, ordinary and noble electrocorundum stereoscopic optical microscopy was applied and MultiScan software solutions were used.
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