The method of burnout additives was used to obtain porous ceramics based on kaolin, talc and quartz-feldspar raw materials of the Amur Region. Waste of rubber products, grain crops, woodworking industry was used as a pore-forming additive. For the samples obtained, open porosity, water absorption, specific surface area, compressive strength, and water permeability were determined. The apparent density, total and closed porosity, specific pore volume, and modulus of elasticity were calculated. Tab. 1, ill. 4, bibliography: 3 titles.
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Buyakova SP Properties, structure, phase composition and patterns of formation of porous nanosystems based on ZrO 2 : dis. ... Dr. Tech. Sciences / Institute of Strength Physics and Materials Science SB RAS. Tomsk, 2008.30 p.
Demchuk V.A., Shchekina G.B., Kostyukov N.S., Lukichev A.A. 2009. N 2. S. 21 - 22. Demchuk VA, Shchekina GB, Kostyukov NS, Lukichev AA, Kalinichenko BB Fabrication of electroporcelain on the basis of raw materials from the Amur region // Glass and Ceram. 2009. V. 66.N1-2.P.63-65.
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