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21.
The effect of process parameters on the properties of granulated porous glass-crystal material based on ceolite-containing rocks
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(Science for glass production)
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The influence of various technological parameters in the production of light porous granular glass-crystalline material based on zeolite-containing rocks has been studied. For the production of lightweight ...
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22.
Glass-based porous materials
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(Biomaterials)
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The main methods of obtaining porous vitreous and glass-crystalline materials are considered and analyzed by the example of bioactive materials for bone endoprosthetics. The possibility of using the sol-gel ...
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23.
Formation of the porous structure in foam silicates based on liquid glass compositions
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(Heat saving)
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The influence of various additives on the process of porization of liquid-glass compositions was clarified using new approaches in the processing of experimental data, which make it possible to quantitatively ...
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24.
Slip technology of high-porous cellular material production from glass
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(Science for glass production)
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The possibility of using slip technology in the production of highly porous cellular materials from aluminoborosilicate glass is shown. The factors influencing the rheology and stability of the slip system, ...
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25.
High-porous cellular materials based on alkali alumoborosilicate glass
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(Science for glass production)
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A method of obtaining a highly porous cellular material based on glass of an alkaline aluminoborosilicate system by the method of burnout additives is considered, one of the varieties of which is the burning ...
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26.
Glass ceramics with controlled porous structure for medicine
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(Glass-crystal materials for medicine)
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The conditions for the synthesis of porous biocomposite materials based on calcium phosphates for the manufacture of implants with the given parameters of the pore structure, the desired level of physicochemical ...
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27.
The effect of the plasticizer type on the structure formation of porous polydisperse glass-ceramic composites
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(Glass-crystal materials for medicine)
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A composite material was obtained based on synthetic phosphates reinforced with a glass phase in an amount of 50% by weight. The material has a porosity of 48 - 61%, which depends on the choice of the ...
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28.
Porous structure formation in granulated zeolite-containing glass ceramic material with alkali additives
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(Science for ceramic production)
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The possibility of obtaining foam glass-crystalline material from zeolite-containing rocks is considered. It was found that grinding the zeolite-containing raw material to a particle size of less than ...
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29.
Borosilicate microporous glass for reverse osmosis
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(Science for glass production)
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The characteristics of microporous borosilicate glasses are presented. Recommended for the production and use of glass with an optimal pore distribution. Tab. 2, ill. 3, bibliography: 2 titles.
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30.
Complex study of the phase composition and structure of porous glass ceramic materials
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(Science for glass production)
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The results of studies on the preparation of porous glass-crystalline materials with a permeable structure by the method of directional crystallization of a complex of phases are presented. The phase composition ...
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31.
Porous composition materials on the base of liquid glass and natural silicates
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(Coatings. Enamels.)
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Composite materials based on sodium silicate, tremolite, diopside, wollastonite, as well as industrial waste (ground porcelain and baked clay powder) have been synthesized. A technological scheme for their ...
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32.
Kinetics of foamglass porous structure formation
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(Science for glass production)
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The results of studies of obtaining foam glass based on broken container, sheet, lamp glass and their mixture are presented. The possibility of using the parameters obtained on the basis of comparing the ...
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33.
EFFECT OF TECHNOLOGICAL SYNTHESIS PARAMETERS ON THE STRUCTURE, PHASE COMPOSITION, AND PROPERTIES OF POROUS Al2O3–MgO–SiO2–SiC CERAMICS
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(Not-set)
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Porous ceramic materials based on a coarse Al2O3 filler were synthesized using fine MgO, SiO2, and SiC binders by compaction at pressures of 20…40 MPa followed by sintering in the temperature range of ...
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34.
INORGANIC GLASS SCINTILLATORS: COMPOSITIONS AND PROPERTIES
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(Not-set)
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Inorganic glass scintillators are an important class of materials for detecting ionizing radiation in medicine, nuclear power, high-energy physics, and security systems. Despite their lower light yield ...
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35.
NANOSTRUCTURAL FEATURES OF HIGH-PRESSURE IMPACT-ORIGINATED MELT GLASS STUDIED BY SMALL-ANGLE SYNCHROTRON X-RAY SCATTERING
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(Not-set)
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Impact glasses are naturally occurring amorphous materials formed by high-velocity meteorite impacts on the Earth's surface. This paper examines the structural features of a high-pressure variety of impact ...
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36.
INFLUENCE OF 45S5 BIOGLASS PARTICLE SIZE ON BIODEGRADATION AND CYTOTOXICITY
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(Not-set)
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The present study investigates the physicochemical and biological characteristics of 45S5 bioglass under conditions of its interaction with a buffer solution simulating a biological environment. The primary ...
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37.
LUMINESCENT WAVEGUIDES IN BI-DOPED QUARTZOID GLASS, WRITTEN BY FEMTOSECOND LASER PULSES
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(Not-set)
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The formation of waveguides in the bulk of sintered nanoporous glass pre-impregnated in a bismuth nitrate solution was demonstrated. The influence of laser irradiation regimes on the refractive index change ...
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38.
SYNTHESIS OF POROUS MATERIALS BASED ON TPP ASH-SLAG WASTE USING “SELF-FOAMING” TECHNOLOGY
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(Not-set)
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The peculiarities of obtaining porous materials based on different types of ash and slag materials (fly ash, boiler slag, ash-slag mixture) by the “self-foaming” technology using Na2B4O7 flux were studied. ...
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39.
PREPARATION OF A COMPOSITE BASED ON HOLLOW GLASS MICROSPHERES MODIFIED WITH SILVER NANOPARTICLES
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(Not-set)
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Composite materials based on K 25 hollow glass microspheres were obtained by modifying them with silver nanoparticles obtained by an environmentally friendly “green” method using an aqueous plant extract ...
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40.
PREPARATION OF MESOPOROUS COMPOSITE TiO2-MONTMORILLONITE IN SOFT HYDROTHERMAL CONDITIONS
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(Not-set)
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In this work, mesoporous TiO2-montmorillonite composites with hydrothermally activated impregnation (115 °C, 0.5…5.0 h) of a mechanically and thermally activated support with titanium polyhydroxocomplexes ...
