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1.
STRUCTURE AND PROPERTIES OF COBALT-CONTAINING UNGLASS PAINTS FOR PORCELAIN DECORATION
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(Not-set)
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The article presents a study of the properties and structure of underglaze paints with different cobalt pigments and the development on their basis of the composition of the paint for porcelain Gzhel, ...
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2.
Method of Calculation of Structural Parameters Ceramic Slickers
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(Not-set)
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The method of determining the volume-geometric structure of a corundum slip is refined by additional calculation of the average coordination number, the specific surface of the system S0 (the surface of ...
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3.
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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4.
Interrelation of Structure with Whiteness and Transparency in Soft Porcelain
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(Science for ceramic production)
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The structures of two types of soft porcelain (bone china and parian) have been investigated. The features of the structure of these materials are revealed, which determine the combination of pronounced ...
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5.
Comprehensive assessment of glased porcelain surface state
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(Science for ceramic production)
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A comprehensive assessment of the state of the glazed porcelain surface by mechanical and optical means has been carried out. It is shown that both of these tools can be used to assess the quality of the ...
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6.
Influence of pigments on the properties of the colored slips for porcelain production
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(Science for ceramic production)
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The effect of the introduction of different types of ceramic pigments into the slip on the change in its properties has been studied. Pigments have an emaciating effect on the slip and increase the rate ...
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7.
Structural homogeneity of china ware
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(Science for ceramic production)
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Optical microscopy was used to assess the homogeneity of the structure of porcelain items by the orientation of quartz particles (grains) and the distances between them. The distributions of the number ...
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8.
The use of pigments of the Zr-Si-Cd-Se system for decorating porcelain [26-29]
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(Coatings)
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The features of the use of "included pigments" for porcelain decoration are considered. The compositions of underglaze paints and colored porcelain glazes based on “included pigments” have been ...
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9.
Transparent glazes for high-voltage porcelain
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(Coatings)
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The results of the development of compositions of raw material compositions of transparent shiny glaze coatings used for the production of ceramic high-voltage porcelain insulators are presented. The area ...
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10.
Influence of water-reducing admixtures in ceramic slurries on gypsum moulds corrosion
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(Science for ceramic production)
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Studies of the influence of various thinners on the corrosion of gypsum molds have been carried out. The possibility of more than twofold reduction in the corrosion of the surface of the samples with the ...
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11.
Gypsum and polymer cast molds structure
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(Science for ceramic production)
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The microstructure of gypsum and polymer molds for slip casting of ceramic products has been investigated. The analysis of the microstructure of porous molds showed that gypsum molds have a more finely ...
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12.
The influence of formation method on the structure of chinaware
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(Science for ceramic production)
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The characteristic features of the structure of porcelain articles made by various molding methods have been studied. The possibility of identifying the molding method has been established. The effect ...
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13.
Dependence of the porcelain whiteness on the process factors and structural features of the material
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(Science for ceramic production)
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The relationship of the aesthetic properties of porcelain (whiteness and color), its structure and technological factors are considered. The research results demonstrate the possibility of regulating the ...
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14.
Reduction of the probability of pinhole formation in cobalt feldspathic glazes used in porcelain production
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(Science for ceramic production)
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The use of pegmatite of the Chupinskoye deposit with admixtures of mica for the production of porcelain glaze may cause the formation of a "prickly" glaze defect. It was found that the introduction ...
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15.
Structure features of porcelain articles fabricated by slip casting
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(Science for ceramic production)
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The features of the structure of porcelain items, which were molded by the pouring and pouring method of slip casting, have been determined. The possibility of identifying the method of manufacturing products ...
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16.
Special features of cast spot defect
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(Science for ceramic production)
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The structure of the "casting spot" defect on porcelain items has been investigated. Recommendations for eliminating this defect are given. These recommendations can also be used in the manufacture ...
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17.
Correction of the properties of ceramic slips manufactured from powder masses at the Keramicheskie massy Donbassa Company
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(At the enterprises and institutes)
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The properties of slips prepared from powder masses produced by the enterprise "Ceramic Masses of Donbass" are shown. The use of traditional slip thinners with additives from Zschimmer & Schwarz ...
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18.
Structure and strength of ceramic composites
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(Science for ceramic production)
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The technology of manufacturing two- and three-fraction ceramic composite materials by slip casting is considered. Their structural parameters have been investigated. The strength of the materials has ...
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19.
Dyeing parameters of low-melt clays
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(Science for ceramic production)
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An unconventional method for determining the color of clay and ceramic materials in an air-dry and fired state in the coordinates of an equal-contrast color space using color characteristics (saturation, ...
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20.
Structure of the porcelain masses and glazes based on the rocks from Gusevskoe deposit
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(Science for ceramic production)
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The structure of porcelain and glazes based on the Gusevsky stone has been investigated. Revealed its positive and negative impact on the quality of porcelain products. Tab. 2, ill. 2, bibliography: 3 ...
