Search Results - "Suzdal'tsev, E I"

Use of Organosilicon Resin for Modifying Radio Engineering Ceramics by Suzdal’tsev, E. I., Mironova, E. V.

“…Results are presented for a study in the field of sintering radio engineering ceramic materials with raw material modification by polymer binders that with…”
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Increase in the service life of forming surfaces of molding units. Part 2. Study of the effect of operating properties of molding units on their operating life by Suzdal’tsev, E. I., Kharitonov, D. V., Anashkina, A. A.

“…The effect is considered of such operating properties as the design of a molding unit and the method of drying gypsum molds, on the life of the forming surface…”
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Centering molding assemblies by Suzdal’tsev, E. I., Kharitonov, D. V., Khramov, A. N.

“…Methods are surveyed for centering molding assemblies as used to mold large ceramic blanks from aqueous slip. Existing and promising future methods of…”
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Study of the Sintering Mechanism of a Material Obtained from Crystallized Castings Prepared from Discharges of Lithium-Aluminosilicate Glass After Casting by Suzdal’tsev, E. I., Ermolaev, A. S.

“…Studies are made of the sintering mechanism of a material produced from castings crystallized at 850°C for 2 h. The cast products are obtained from discharges…”
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Amorphous Silicon Dioxide: Preparation Techniques and Applications by Suzdal'tsev, E I, Lesnikov, A K

“…Methods for preparation of amorphous silicon dioxide are described and prospects for potential application of this material in industry, in particular nuclear…”
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The Sintering Process of Quartz Ceramics by Suzdal'tsev, E I

“…It is shown, based on the available evidence, that the heating and cooling rates in the heat-treatment regimes of quartz ceramics and its commercial products…”
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An environment-friendly technology for ceramic materials based on the recovery of industrial wastes by Suzdal'tsev, E I, Tsvetkova, M M

“…A range of ceramic materials with low sintering temperature have been developed using ceramic and glass wastes (up to 70%). Properties of the newly synthesized…”
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Effect of temperature on the structuring and properties of glass and glass ceramic of lithium aluminosilicate composition by SUZDAL'TSEV, E. I

“…Results of a study of sintering and crystallization of lithium aluminosilicate-based glass ceramic prepared by casting aqueous high-density slips into porous…”
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Influence of the Size of a Patch on the Shear Strength of an Adhesive Joint by Suzdal’tsev, E. I., Mironova, E. V.

“…An analysis of the shear strength of samples of the metal – sealant – ceramic system in the case of different areas of the adhesive joint is presented…”
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Preparation of Highly Concentrated Binder Suspensions Based on Magnesium Aluminum Silicate Glass by Suzdal’tsev, E. I., Zaichuk, T. V., Ustinova, Yu. S., Vandrai, S. N.

“…Wet milling in a ball mill is used to prepare a suspension based on amorphous and crystallized magnesium aluminum silicate glass. The stabilizing additives…”
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An electrophoretic method for shaping preforms from aqueous slips of inorganic materials by Suzdal'tsev, E I, Kharitonov, D V

“…Traditional ceramic technology and an electrophoretic method for forming large-size complex-shaped preforms are discussed and compared. The superior of ceramic…”
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Radio Transparent, Heat-Resistant Materials for the 21st Century by Suzdal'tsev, E I

“…Basic guidelines for research in the synthesis of radio transparent materials for use in aerial fairings and their technological potential in the 21st century…”
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Study of HCBS Preparation Based on Magnesium Aluminosilicate Composition Glass by Suzdal’tsev, E. I., Zaichuk, T. V., Ustinova, Yu. S., Vandrai, S. N.

“…The possibility is analyzed of preparing ceramic highly concentrated binder suspensions based on magnesium aluminosilicate composition glass with dispersing…”
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Study of the Effect of pH Regulators and Polyelectrolytes on Lithium-Aluminum Silicate Glass Aqueous Suspension Parameters and Casting Properties by Suzdal’tsev, E. I., Zaichuk, T. V., Ustinova, Yu. S., Vandrai, S. N.

“…Wet milling is used to prepare lithium-aluminum silicate glass suspensions. The possibility is studied of using electrostatic and electrosteric stabilization…”
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Fabrication of large-sized complex-shaped components from quartz ceramics: Research and practical aspects. Part 1. Statistical analysis of the stability of the technological process by Romashin, A G, Suzdal'tsev, E I, Rusin, M Yu

“…Results of a statistical analysis of the production process of large-sized components from quartz ceramics are presented. The technologies examined are…”
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Fabrication of large-sized complex-shaped components from quartz ceramics: Research and practical aspects. Part II. Relationship between technological parameters and the quality of products from quartz ceramics by Romashin, A. G., Suzdal’tsev, E. I., Rusin, M. Yu

“…Based on many-years experience in developing products from quartz ceramics, a classification for technological defects has been proposed and factors…”
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Development of a Mold Equipment for Electrophoretic Shaping of Ceramic Products by Suzdal'tsev, E I, Kharitonov, D V

“…A brief review of the previous studies aimed at the development of techniques for fabrication of large-sized, thick-walled, complex-profiled ceramic components…”
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Potentiality of the electrophoretic deposition method for molding components from lithium alumina-silicate glass slips by SUZDAL'TSEV, E. I, KHARITONOV, D. V

“…The potential use of an electrophoretic deposition method for molding preforms from a lithium alumina-silicate slip is demonstrated. The time needed to mold…”
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Effect of Processing Factors on Ceramic and Metal Joint Quality with Sealants Viksint U-2-28(NT) and Viksint U-1-18 (NT) by Suzdal’tsev, E. I., Mironova, E. V.

“…The work concerns studies in the field of joining metal and ceramic materials. The effect of type of ceramic, presence of undercoats, and treatment temperature…”
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GLASS-CERAMICS OF BETA-SPODUMENE COMPOSITION WITH CONTROLLED DIELECTRIC CONSTANT by Suzdal'tsev, E I

“…A new class of heat-resistant, radio-transparent glass- ceramic materials of beta-spodumene composition was developed. Modifying Li- aluminosilicate glasses…”
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