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1.
Plasma Technology for the Production of Glass
Pellets Based on Waste from the Enrichment of Ferruginous Quartzite KMA
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(Not-set)
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A technology has been developed for producing glass microspheres in a plasma reactor based on the wastes of enrichment of ferruginous quartzites KMA. The regularities of the influence of the flow rate ...
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2.
Foam Glass and Foam Materials Based on the Ash and Slag Waste of Thermal Power Plants (Review)
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(Utilization of waste)
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An overview of domestic and foreign studies on the use of ash and slag waste from thermal power plants as raw materials in the production of foam glasses and glass-crystalline foams is presented. It is ...
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3.
Crystalline phase formation in foamglass and its effect on material performance
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(Science for glass production)
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The results of studies on the formation of the crystalline phase in the foam glass matrix, as well as the effect that it has on the operational properties of the material (compressive strength, density, ...
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4.
Porous items with rigid structure based on natural amorphous silica
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(Science for glass production)
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Research has been carried out in the development of a new technology for producing foam glass from materials containing natural amorphous silica. The optimal technological parameters for obtaining products ...
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5.
Heat insulation material based on local industrial raw materials
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(Utilization of waste)
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The results of experimental studies on the production of foam glass-crystalline materials based on technogenic raw materials using the technology of low-temperature synthesis of glass granulate are presented. ...
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6.
Biostability of glass-ceramic foam materials under the influence of filamentous fungi
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(At the enterprises and institutes)
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Studies of the biostability of glass-foam materials have been carried out. The material is fungus resistant against Aspergillus niger molds. Molds have a negative effect on the sorption moisture content ...
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7.
Wetting natural alumosilicates with NaOH solution as a source of a pore-forming gas
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(At the enterprises and institutes)
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The features of thermally activated pore formation of zeolite-containing rocks (CP) and flask in alkaline compositions are considered. It has been established that the low-temperature pore-forming gas ...
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8.
Development of a technology for fabricating glass granulate in foam-glass production
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(Science for glass production)
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A project for the production of glass granules intended for subsequent processing and its use in the technology of manufacturing foam glass is presented. The issues of increasing the energy efficiency ...
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9.
Structure formation of porous heat insulating material from liquid-glass composition of cold hardening
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(Heat-insulating materials)
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The possibility of obtaining a foamed heat-insulating material at room temperature based on liquid glass with calcium-containing additives is considered. A method for regulating the process of gassing ...
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10.
Ceramic materials based on silicon-containing mineral materials
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(Science for ceramic production)
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The possibility of using silicon-containing mineral raw materials (quartz sand and sand flask), mined in the Belgorod region for the production of ceramic materials with a combination of high heat resistance ...
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11.
The effect of component composition and redox characteristics of batches on sponging of pyroplastic silicate masses
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(Science for glass production)
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The influence of the composition of the charge based on various silica raw materials and the redox characteristics of its components on the foaming processes in the production of glass-foam materials is ...
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12.
Low-temperature synthesis of the quenched cullet from the silica-based batch in production of foam materials
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(Science for glass production)
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The possibility of obtaining glass granulate as an intermediate product for glass-ceramic foam materials based on widespread silica components (marshallite, diatomite, flask) at temperatures not exceeding ...
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13.
Estimation of glass viscosity and glass ceramic compositions in temperature interval of their foaming
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(Science for glass production)
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The proposed method was used to determine the values ??of the viscosity of glass and glass-crystalline compositions in the temperature range of foaming. It was found that when the glass-crystalline composition ...
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14.
Temperature regimes of granulated material production for foam
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(Science for glass production)
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The temperature regimes of obtaining glass granulate, which is the initial raw material for glass-ceramic foam materials, are considered, depending on the composition of the charge and the nature of the ...
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15.
Evaluation of the compositions and components for obtaining foam-glass ceramic materials based on aluminosilicate raw
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(Energy saving)
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Compositions suitable for the production of foam-teclocrystalline materials based on aluminosilicate raw materials (by the example of zeolite and diabase rocks) using a two-stage technology at temperatures ...
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16.
Prospects of using fine quartz sands in foam glass ceramic materials
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(Raw materials)
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The features of the use of finely dispersed quartz sands are considered on the example of the sands of the Tugan deposit (Tomsk region) in the production of foam glass-crystalline materials by low-temperature ...
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17.
Fluorescent glass: a promising material for g-radiation transformation in a radiation introscope
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(Science for glass production)
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The compositions of glasses of the systems Li 2 O - BaO - SiO 2 and Al 2 O 3 - B 2 O 3 - SiO 2 , activated by terbium oxide, which have a relatively high light output and can be used for converting ...
