Mechanical Properties of Ceramics Prepared from a Nanocrystalline ZrO sub(2) - 3 mol.% Y sub(2)O sub(3) Powder von Akimov, GYa, Timchenko, V M

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Effect of cold isostatic pressing on the synthesis and particle size of lanthanum manganate von Prilipko, S. Yu, Timchenko, V. M., Akimov, G. Ya, Tkach, V. I.

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On structural features responsible for the mechanical properties of ceramics from zirconia partially stabilized with Y3+ and Mg2+ ions von AKIMOV, G. Ya

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Cold isostatic pressing as a method for fabricating ceramic products with high physicomechanical properties von AKIMOV, G. Ya

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Stability of structural materials based on ZrO sub(2) von Prokhorov, IYu, Akimov, GYa, Timchenko, V M

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Effect of quasi-hydrostatic compression on the mechanical properties of ceramics in the ZrO2 + 3 mol.% Y2O3 system von AKIMOV, G. Ya, PROKHOROV, I. Yu, TIMCHENKO, V. M

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Effect of hydroxide calcination temperature, cold isostatic pressing (CIP) pressure, and sintering temperature on properties of ZrO2 + 3 mol.% Y2O3 ceramic von AKIMOV, G. Ya, TIMCHENKO, V. M, CHAIKA, E. V

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A specific feature in the fracture of polycrystalline zirconia ceramic von BARBASHOV, V. I, GOGOTSI, G. A, AKIMOV, G. Ya, TIMCHENKO, V. M, CHAIKA, E. V

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Effect of the pressure of cold isostatic pressing and the sintering temperature on the properties of ceramics made of partially stabilized ZrO sub(2) von Akimov, GYa, Timchenko, V M, Chaika, E V

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Effect of CIP on the strength of ceramics produced from ZrO sub(2) + 3 mol.% Y sub(2)O sub(3) powder von Akimov, GYa, Timchenko, V M, Vasiljev, AD, Chaika, E V, Samelyuk, A V

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Cold isostatic pressing as a method for fabricating high-strength ceramic materials based on ZrO sub(2) von Prokhorov, IYu, Akimov, GYa, Timchenko, V M, Vasil'ev, AD

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High-strength ceramics from Zr0 sub(2) von Akimov, GYa, Vereshchak, V G, Vasil'ev, AD, Timchenko, V M, Chaika, E V, Grabchuk, AD

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