EXPERIMENTAL INVESTIGATIONS AIMED AT THE FORMATION OF SILICON CARBIDE BY DIRECT APPLYING PULSED ELECTRICAL DISCHARGE MACHINING

  • Pavel Topala Alecu Russo Bălți State University, Bălți, Republic of Moldova
  • Dorin Guzgan Alecu Russo Balti State University
  • Vasilii Melnic Technical University of Moldova
  • Alexandr Ojegov Alecu Russo Balti State University
  • Irina Plesco Technical University of Moldova
Keywords: silicon, graphite, carbide, electrical discharges, oxidation

Abstract

The results of experimental investigations aimed at the formation of silicon carbide by direct applying pulsed electrical discharge machining (PEDM) are presented in this paper. The purpose was to form silicon carbide (SiC) that take place at temperature more than 2000°. The methodology of experimental investigations followed by analysis of theoretical and practical research results is presented in the paper. SEM and EDX analysis of the processed surfaces by direct applying PEDM are also presented. Silicon and graphite structures of different chemical content are investigated. These structures present a synthetic composite material, both ceramic and semiconductor, which possess exceptional properties. Formed silicon carbide behaves as a very hard material, chemically inert, resistant to oxidation.

Published
2016-12-30
How to Cite
Topala, P., Guzgan, D., Melnic, V., Ojegov, A., & Plesco, I. (2016). EXPERIMENTAL INVESTIGATIONS AIMED AT THE FORMATION OF SILICON CARBIDE BY DIRECT APPLYING PULSED ELECTRICAL DISCHARGE MACHINING. Nonconventional Technologies Review, 20(4). Retrieved from http://revtn.ro/index.php/revtn/article/view/127

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