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41.
Properties of mullite-zirconia ceramics obtained by spark plasma sintering
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(Science for ceramic production)
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The development of crystalline phases (mullite, pseudo-cubic zirconium dioxide, and zircon), microstructure, linear shrinkage, apparent density, and compressive strength of ceramic samples obtained from ...
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42.
Ceramics in the system ZrO2 - Аl2О3 with eutectic composite additives
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(Science for ceramic production)
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It is shown that the principles of directed control of the process of forming the structure of materials by modifying their compositions with eutectic additives are valid not only for ceramics based on ...
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43.
Using of the rubber crumb in the manufacture of building ceramics
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(Utilization of waste)
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Prospects for the use of car tires processed into crumb rubber in the production of building ceramics are considered. On the basis of experimental data and preliminary statistical calculations, it was ...
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44.
Transparent ceramics based on yttrium oxide added with scandium and neodymium oxides
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(Science for ceramic production)
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The possibility of obtaining a transparent ceramic material based on yttrium oxide with the addition of scandium oxide and neodymium oxide has been investigated. The modes of heat treatment of the charge ...
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45.
Special features of glaze dyeing with cobalt oxides for building ceramics
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(Science for ceramic production)
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The peculiarities of staining the glaze in blue with adjustable shades have been studied. The physicochemical properties of glazes with a given content of cobalt oxide and modifier oxides carrying active ...
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46.
Humidity-sensitive ceramics of the system Li2MoO4 - Li2WO4
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(Science for ceramic production)
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... for controlling the humidity of gaseous technological media and atmospheric air, for example, in the construction industry, due to their miniature size, speed, high sensitivity and a wide range of operating ...
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47.
EVALUATION OF THE PROPERTIES OF FUNCTIONAL-GRADIENT CERAMIC MATERIALS OBTAINED BY THE METHOD OF CO-REACTION SINTERING
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(Not-set)
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Monolithic samples of functionally graded ceramic materials were fabricated via reaction sintering (siliconizing) of silicon carbide and diamond powders. The resulting materials are layered composites ...
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48.
A STUDY OF THE EFFECT OF REPLACING ASH AND SLAG WASTE WITH DRILL CUTTINGS ON THE STRUCTURE AND PROPERTIES OF THERMAL INSULATION GEOPOLYMER MATERIALS
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(Not-set)
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The possibility of replacing bottom ash waste (ASW), which serves as the main raw material for the synthesis of such materials, with drill cuttings (DC) was investigated. It was found that DC, unlike ASW, ...
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49.
FABRICATION OF TRANSPARENT QUARTZ GLASS USING ADDITIVE TECHNOLOGIES
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(Not-set)
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The article presents the development of a technique for producing transparent silica glass products using LCD-stereolithography using a photopolymer composite. It is shown that ultrasonic treatment of ...
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50.
DETERMINATION OF TRIBOLOGICAL CHARACTERISTICS OF REACTION-SINTERED SILICON CARBIDE IN A FRICTION PAIR WITH TITANIUM ALLOY VT6
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(Not-set)
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Ceramic materials based on silicon carbide were synthesized using reaction sintering with the introduction of a reactive component – technical carbon black – into the starting mixture at varying concentrations ...
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51.
STUDY OF CHARACTERISTICS OF ADHESIVE PERMANENT JOINTS IN REACTION-SINTERED CERAMIC MATERIALS BASED ON SILICON CARBIDE
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(Not-set)
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Laboratory samples of reaction-sintered silicon carbide ceramics with permanent adhesive joints were obtained based on isopropyl alcohol and phenol-formaldehyde resin solutions with different contents ...
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52.
EVALUATION OF ARMOR PROPERTIES OF DIAMOND-SILICON CARBIDE CERAMIC MATERIAL FABRICATED BY REACTION SINTERING TECHNOLOGY
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(Not-set)
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This study demonstrates the functional advantages of reaction-sintered diamond-silicon carbide (D–SiC) ceramics for armor applications compared to conventional materials including silicon carbide, boron ...
