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1.
General information
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... AND GLAZES;
STONE CASTING;
MINERAL WOOL;
OTHER INORGANIC FIRING NEW AND TRADITIONAL MATERIALS.
AREAS OF USE:
building; common consumption goods; chemistry; metallurgy; electronics and electrical engineering; the ...
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2.
About this journal
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... technical, structural, superconducting and other types of special ceramics);
SITALLS AND GLASS CERAMICS;
fiberglass;
ENAMELS AND GLAZES;
STONE CASTING;
MINERAL WOOL;
OTHER INORGANIC FIRING NEW AND TRADITIONAL ...
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3.
DEVELOPMENT OF A LOW-TEMPERATURE DECORATIVE GLAZED COATING FOR SOFT-FORMED BRICK
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(Not-set)
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The results of research work conducted in collaboration with the “Elite Building Ceramics” brick factory on the development of low-temperature glazed compositions and their application technology to soft-molded ...
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4.
INFLUENCE OF FUNCTIONAL ADHESIVE SUBLAYERS ON THE INTEGRITY OF HETEROGENEOUS COMPOSITIONS OF AIRCRAFT GLAZING
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(Not-set)
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In this paper the effect of chemical modification of the surface of monolithic polycarbonate on the adhesive strength of heterogeneous laminated glass are considered. The effect of chemical modification ...
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5.
SUSTAINABLE DEVELOPMENT OF SHOUSHAN STONE WASTE IN GLAZE MATERIALS: STUDY ON COLORATION MECHANISM AND DURABILITY
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(Not-set)
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This study focuses on the sustainable utilization of shoushan stone mineral processing waste in glaze materials, exploring its synergistic effects on regulating the coloration mechanism and optimizing ...
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6.
ENERGY- AND RESOURCE-SAVING PLASMA TECHNOLOGY FOR GLAZING OF AUTOCLAVE-HARDENED BUILDING MATERIALS
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(Not-set)
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An energy- and resource-saving plasma technology for glazing autoclaved building materials has been developed. It has been established that the introduction of colemanite into the initial charge makes ...
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7.
STUDY ON THE FIRING TECHNOLOGY AND INFLUENCING FACTORS OF COPPER-BASED GREEN GLAZE IN JUN PORCELAIN IN CERAMIC INDUSTRIAL PRODUCTION
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(Not-set)
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Cu-series green glaze was prepared using raw materials such as kaolin, feldspar, calcite, talc, limestone, quartz, and copper oxide. This study investigated the effects of formulation composition and preparation ...
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8.
FIRE SAFETY OF GLAZING – UPDATED MANDATORY REQUIREMENTS (A REVIEW)
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(Not-set)
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... of measures to ensure the fire safety of people and the role of glazing in solving this problem. The article examines a topic of mandatory fire safety requirements for glass in building. The analysis of ...
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9.
SYNTHESIS OF CERAMIC PIGMENTS WITH WILLEMITE STRUCTURE AND THEIR USE IN OBTAINING BLUE GLAZES
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(Not-set)
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... Samples of blue color were used in the manufacture of glazes. Synthetic silicon oxide was replaced by natural quartz sand in synthesizing the pigments.
The pigments were synthesized by solid-phase reactions ...
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10.
EFFECT OF SURFACE GLAZE TREATMENT AND MECHANICAL POLISHING ON THE COLOR STABILITY OF TWO TYPES OF CAD/CAM CERAMICS
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(Not-set)
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... (ZLS) and lithium disilicate (LDS) glass-ceramic blocks were surface-treated using mechanical polishing and glazing techniques. In addition, their color was examined before and after immersion in a coffee ...
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11.
MECHANICAL AND MICROSTRUCTURAL PROPERTIES OF OPAQUE CERAMIC TILES GLAZED WITH SOME INDUSTRIAL WASTES
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(Not-set)
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The primary goal of this research is to determine the mechanical properties of opaque glazed ceramic tiles containing fly ash, tincal waste, and recycled red clay, including to assess if the results meet ...
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12.
Papulova G. N., Kvasnikov M. Yu. Development of Pigmented Colored Lead-Free Glazes to Improve the Structural Quality of Ceramic Products 50
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(Not-set)
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The features of the surface structure of various types of ceramics are determined and their comparative characteristics are presented. The decoration of faience with colored glazes is considered and the ...
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13.
Use of Alternative Energy Sources and Glass Domestic Waste in Ceramic Facing Glazing Technology
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(Not-set)
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A technology for glazing ceramic tiles has been developed using alternative energy sources and glass household waste. The effect of a plasma jet on the change in the chemical composition of materials for ...
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14.
Physical-Chemical Research of Glazed Ceramics of Kyrgyzstan X ? XVI Centuries
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(Not-set)
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An experience of physical and chemical analysis of some fragments of medieval glazed ceramics, discovered at different times in the area of ??medieval settlements located in the Chui, Talas and Kochkor ...
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15.
Influence of Underglazing Paints in the Form of Solutions of Cobalt and Nickel Salts on Porcelain Structure
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(Not-set)
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The influence of underglaze paints in the form of solutions of cobalt and nickel salts on the formation of the structure of a porcelain article, especially in the zone of contact between porcelain and ...
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16.
Temperature Coefficient of Linear Expansion of Ceramic Material Based on Color Metallurgy Wastes, Glaze and its Mechanism of Formation During Firing
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(Utilization of waste)
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Studies have shown that in order to obtain a glazed ceramic material with increased heat resistance, it is necessary that the value of the TEC for the ceramic material be no more than 1.50 - 1.55 & # 37; ...
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17.
Design of ceramic lining material with self-glazing effect based on stiff clay
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(Science for ceramic production)
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The composition of the charge for facing ceramics based on low-plasticity clay with an additive containing boric acid and lithium carbonate as fluids, as well as titanium dioxide as a hardening additive ...
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18.
Possible applications of various glazing types in aircraft canopies (a review)
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(At the enterprises and institutes)
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An overview of the prospects for the use of glazing products of aviation technology based on silicate, organic, polycarbonate glasses from the standpoint of strength, main sources of loading and the most ...
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19.
Structural study of vanadium-containing glazes for ceramics
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(Coatings)
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vanadium-containing glaze coatings, structure, chemical composition, phase composition
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20.
Opal glaze for general-purpose maiolica
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(Coatings)
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A recipe composition of a fritted white shiny glass-crystalline glaze coating for majolica household products in the system Na 2 O? K 2 O? CaO? B 2 < / sub> O 3 ? Al 2 O 3 ? ZrO 2 ? SiO 2 . ...
