Development and Introduction of Electro-Bit Process of Metallurgical Silicon Disintegration
DOI:
https://doi.org/10.15407/scin6.06.025Keywords:
electro-discharge disintegration, fraction, silicon, varianceAbstract
The technological process developed with the use of high voltage electrical discharge as a source of energy for grinding metallurgical silicon, provides its disintegration in the fraction necessary for the production of electronic products.
References
Fal'kevich Je.S. Tehnologija poluprovodnikovogo kremnija. Je.S. Fal'kevich, Ye.O. Pul'ner, I.F. Chervonyj i dr. Moskva: Metallurgija, 1992 [in Russian].
Grinberg E.E. Solnechnaja jenergetika v 2006-2010. problemy, riski, perspektivy rynka. E.E. Grinberg, A.V. Naumov, A.N. Suponenko. Vestn. Mezhdunarodn. Akademii sistemnyh issledovanij (MASI). Moskva, 2006. T. 9, Ch. 1. S. 50-60 [in Russian].
Rizun A.R. Jelektrorazrjadnoe razrushenie nemetallicheskih materialov. Rizun A.R., Curkin V.N. Elektronnaja obrabotka materialov. 2002. No 1: 83-85 [in Russian].
Rizun A.R. K voprosu ob opredelenii proizvoditel'nosti jelektrorazrjadnogo razrushenija hrupkih nemetallicheskih materialov. Rizun A.R., Kosenkov V.M. Elektronnaja obrabotka materialov. 2001. No 1. S. 45-50 [in Russian].
Naugol'nyh K.A. Jelektrogidravlicheskie razrjady v vode. K.A. Naugol'nyh, N.A Roj. Moskva: Nauka, 1971 [in Russian].
Shamarin Ju.E. Elektrogidravlicheskij process formirovanija metallov. Ju.E. Shamarin, V.N. Chachin, Ju.E. Sharic. Kyiv: Nauk. dumka, 1971 [in Russian].
Rizun A. R. Issledovanie i optimizacija tehnologii jelektrogidroimpul'snoj vybivki sterzhnej i ochistki otlivok: Dis. kand. tehn. nauk: 30.09.1983. Kiev, 1984 [in Russian].
Vishnevskij V.B. Elektrogidravlicheskoe razrushenie oksidov. V.B.Vishnevskij, I.N. Godovannaja. Kiev: Nauk. dumka, 1989 [in Russian].
