The probability of introducing an electrical discharge chnanel through a solid body during electropulse crushing and grinding is a difficult problem to quantify. Theoretical and experimental evidence is presented, with reference to the shattering effect of individual pulses applied to vitreous silica in a crushing chamber, in relation to the pulse parameters and working gap width. The proposed method of calculating the energy parameters of the shattering process meets the statistical adequacy requirements.
|Title of host publication||Soviet Surface Engineering and Applied Electrochemistry (English translation of Elektronnaya Obrab|
|Number of pages||5|
|Publication status||Published - 1985|
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