17 research outputs found
Choice of material for molding porous ceramic diaphragms
Full text linkBasic requirements are formulated for starting materials for manufacturing porous ceramic diaphragms, and alumina-containing raw materials of domestic and overseas production are studied. Porous ceramic is manufactured with 35% open porosity and ultimate strength in compression of 72 MPa. © 2013 Springer Science+Business Media New York
THERMAL NON-DESTRUCTIVE TESTING OF POROUS COMPOSITE MATERIALS
Full text linkCylindrical porous diaphragms made of a composite based on zirconium and aluminum oxides were studied by the method of thermal control. The use of the active two-way control technique allowed detecting manufacturing defects such as fistulas and cracks, as well as other surface inhomogeneities
Thermal Non-Destructive Testing of Zirconium Composite Coatings
Full text linkCylindrical samples made of zirconium with a composite coating based on yttrium, aluminum, titanium and silicon oxides were studied by thermal testing. The dependence of the radiation temperature of equally heated objects on the characteristics of these coatings was established
Influence of grain size on the strength of ceramics made from hafnium dioxide partly stabilized with yttrium oxide
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Physicochemical properties of the partially stabilized zirconium dioxide powder produced at the Chepetsk Mechanical-Engineering Plant
No full textEffect of hydrostatic treatment on the properties of the ceramics based on tetragonal zirconium dioxide
No full textAcid washing of milled stabilized zirconia and its influence on the properties of ceramics
No full textProperties of Ceramics Based on Al2o3 with Admixture of Unltradispersed Powder of Al2o3 Synthesized by the Electrochemical Method
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