Authors:
Podchernyaeva, IA
Panasyuk, AD
Lavrenko, VA
Umanskii, AP
Korol', AA
Timofeeva, II
Yuga, AI
Citation: Ia. Podchernyaeva et al., Electric-spark alloying of structural alloys with a composite based on TiCN-AlN, POWD MET ME, 39(5-6), 2000, pp. 232-238
Authors:
Mosina, TV
Panasyuk, AD
Grigor'ev, ON
Yuga, AI
Citation: Tv. Mosina et al., Friction properties of composite materials of the system TiN-AlN. II. Effect of oxide films on friction and wear of a ceramic material steel system, POWD MET ME, 39(1-2), 2000, pp. 105-108
Authors:
Mosina, TV
Panasyuk, AD
Yuga, AI
Grigor'ev, ON
Citation: Tv. Mosina et al., Friction properties of composites of the system TiN-AlN. I. Effect of structure and phase composition on friction and wear of materials of the systemTiN-AlN, POWD MET ME, 38(9-10), 1999, pp. 517-520
Authors:
Botvinko, VP
Koval'chenko, MS
Paustovskii, AV
Yuga, AI
Kostenko, AD
Citation: Vp. Botvinko et al., Increasing the wear resistance of surface layers of high-speed steel by electric-spark alloying and laser treatment, POWD MET ME, 38(7-8), 1999, pp. 362-366
Authors:
Podchernyaeva, IA
Panasyuk, AD
Lavrenko, VA
Yuga, AI
Berezanskaya, VI
Citation: Ia. Podchernyaeva et al., Refractory and ceramics materials - Effect of electrospark alloying a tungsten hard alloy on its wear and corrosion resistance, POWD MET ME, 38(5-6), 1999, pp. 250-253
Citation: Ai. Yuga et al., Effect of the working medium and the particle size of the strengthening phase on tribological properties of a metal-ceramic composite, POWD MET ME, 37(9), 1998, pp. 535-539