PHYSICO-MECHANICAL AND OPERATIONAL CHARACTERISTICS OF SYNTHETIC DIAMONDS, SYNTHESIZED WITH THE USE OF Ni – Mn AND Fe – Si CARBON SOLVENTS

  • G. D. Ilnytska V. N. Bakul Institute for superhard materials of NAS of Ukraine
  • A. N. Sokolov V. N. Bakul Institute for superhard materials of NAS of Ukraine
  • V. I. Lavrynenko V. N. Bakul Institute for superhard materials of NAS of Ukraine
  • I. N. Zaitseva V. N. Bakul Institute for superhard materials of NAS of Ukraine
  • V. V. Smokvina V. N. Bakul Institute for superhard materials of NAS of Ukraine
  • O. O. Pasichnyi V. N. Bakul Institute for superhard materials of NAS of Ukraine
  • T. N. Beliaeva V. N. Bakul Institute for superhard materials of NAS of Ukraine
  • Yu. P. Ushchapovskii V. N. Bakul Institute for superhard materials of NAS of Ukraine
  • T. A. Kosenchuk V. N. Bakul Institute for superhard materials of NAS Ukraine
  • E. N. Dovha V. N. Bakul Institute for superhard materials of NAS of Ukraine
Keywords: The physicomechanical characteristics, synthetic diamonds, magnetic properties, the specific magnetic characteristic, wear resistance

Abstract

The physic mechanical end operational characteristics of synthetic diamonds marks АС6 synthesized in systems Ni–Mn–C and Fe–Si–C on are considered in article. The lead researches have shown, that the diamonds synthesized in systems Ni–Mn–C and Fe–Si–C, differ among themselves to magnetic properties, mechanical characteristics and also under the contents in grains of diamond of impurity and intracrystal inclusions. The interrelation of these characteristics with wear resistance of the grinding tool is established at diamond grinding

Published
2019-09-03
Section
Instrumental, structural and functional materials based on diamond and cubic bor