Search Results - "SAVATYUGINA, T. V"

Preparation of Finely Crystalline Yttrium-Aluminum Garnet in Solar Furnaces by Salikhov, T. P., Kan, V. V., Urazaeva, É. M., Savatyugina, T. V., Arushanov, G. M., Kan, S. N.

“…The possibility is considered of preparing finely crystalline yttrium-aluminum garnet using high-temperature processes in solar furnaces. The effect of…”
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Synthesis of aluminum nitride and oxynitride during combustion of powder-like metallic aluminum in the field of concentrated solar radiation by Salikhov, T. P., Kan, V. V., Urazaeva, E. M., Savatyugina, T. V., Arushanov, G. M., Kan, S. N.

“…We investigated characteristics of synthesis of nitrides and oxynitrides during combustion of disperse powders of aluminum in air in radiant heating furnaces…”
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Layered heat-insulating refractories based on oxide materials by SALIKHOV, T. P, RISKIEV, T. T, KAN, V. V, URAZAEVA, . M, SAVATYUGINA, T. V

“…Experimental data on laminated materials with layers of different density intended for heat-shielding, erosion-resistant, and refractory applications are…”
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Solid ceramic based on mixed-frame titanium phosphate and calcium synthesized in solar furnace by Salikhov, T. P., Kan, V. V., Urazaeva, E. M., Savatyugina, T. V., Arushanov, G. M.

“…The authors synthesized of mixed orthophosphates Ca 0.5 Ti 2 (PO 4 ) 3 using concentrated solar radiation. We obtained a porous ceramic filter with the given…”
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Prospects for application of superdispersed powders obtained in small solar furnaces to form ceramic membranes by Salikhov, T. P., Kan, V. V., Urazaeva, E. M., Savatyugina, T. V., Arushanov, G. M.

“…Ceramic membranes with a selective layer based on highly dispersed TiO2 with surface strength and wholeness are obtained to evaluate prospects of using…”
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Microfiltration NZP ceramic based on network alkaline-earth phosphates by Salikhov, T. P., Kan, V. V., Urazaeva, É. M., Savatyugina, T. V., Arushanov, G. M.

“…A solar furnace based technology for high-temperature synthesis of NZP structure was implemented. X-ray phase analysis was used to study phase-formation in the…”
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Use of concentrated solar radiation to obtain porous ceramics with NZP-structure in Na-Zr-Si-P-O system by Salikhov, T. P., Kan, V. V., Urazaeva, E. M., Savatyugina, T. V., Arushanov, G. M., Kan, S. N.

“…Single-phase crystalline powders of Na 1.25 Zr 2 P 2.75 Si 0.25 O 12 composition with dispersion less than 5 fum have been synthesized in an optical furnace…”
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Alumina filtering ceramic based on aluminum oxide melted in solar furnace and phosphate binding agents by Salikhov, T. P., Kan, V. V., Urazaeva, E. M., Savatyugina, T. V., Arushanov, G. M., Kan, S. N.

“…The effect of different cellulating agents in the form of reprocessed Claus catalyst, gypsum, and coke on the physical and technical characteristics and…”
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Ceramic membranes based on zirconium phosphate (Ca, Sr, Ba) Zr4(PO4)6, synthesized in solar furnaces by Salikhov, T. P., Kan, V. V., Urazaeva, E. M., Savatyugina, T. V., Kan, S. N., Arushanov, G. M.

“…The production technology of ceramic membranes based on mixed alkali-earth zirconium orthophosphates with NZP structure, synthesized in solar furnaces, is…”
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Corundum filtering ceramic with phosphate binders by Salikhov, T. P., Kan, V. V., Urazaeva, É. M., Savatyugina, T. V., Arushanov, G. M., Kan, S. N.

“…The influence of different pore-forming additives in the form of regenerated Claus catalyst and coke on the physical-technical characteristics and permeability…”
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Ceramics based on mixed zirconium phosphate prepared by solar-furnace melting by Salikhov, T P, Kan, V V, Urzaeva, E M, Savatyugina, T V, Kan, S N, Arushanov, G M

“…A solar technology to synthesize an NZP structure using the example of Zr(PO^sub 4^) was developed. The method is based on high-temperature chemical reactions…”
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Creation of selective ceramic membrane layers based on oxide powders melted in a solar furnace by Salikhov, T. P., Kan, V. V., Urazaeva, E. M., Savatyugina, T. V., Arushanov, G. M.

“…Specimens of ceramic membranes based on aluminum oxide that is melted in a solar furnace are obtained. These specimens are comparable in their basic…”
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Asymmetric Oxide-Ceramic Membranes Based on Aluminosilicates by Salikhov, T. P., Kan, V. V., Urazaeva, É. M., Savatyugina, T. V., Arushanov, G. M., Kan, S. N.

“…The precipitation of a heterogeneous polydisperse suspension of low hydrophylicity onto an aluminosilicate substrate is used to obtain ceramic membranes with…”
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Ceramic membranes based on zirconium phosphate (Ca, Sr, Ba) Zr(4)(PO(4))(6), synthesized in solar furnaces by Salikhov, T P, Kan, V V, Urazaeva, E M, Savatyugina, T V, Kan, S N, Arushanov, G M

“…The production technology of ceramic membranes based on mixed alkali-earth zirconium orthophosphates with NZP structure, synthesized in solar furnaces, is…”
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Ceramic microfilters based on the solar-furnace-synthesized CaZr4(PO4)6 by Salikhov, T. P., Kan, V. V., Urazaeva, E. M., Savatyugina, T. V., Kan, S. N., Arushanov, G. M.

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Ceramic microfilters based on the solar-furnace-synthesized CaZr4(PO4)6 by Salikhov, T P, Kan, V V, Urazaeva, E M, Savatyugina, T V, Kan, S N, Arushanov, G M

“…Ceramic microfilter samples (d ^sub max^ = 18.3 μm) were prepared based on mixed calcium orthophosphate with an NZP structure melted in a solar furnace; the…”
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Ceramic microfilters based on the solar-furnace-synthesized CaZr sub(4)(PO sub(4)) sub( 6) by Salikhov, T P, Kan, V V, Urazaeva, E M, Savatyugina, T V, Kan, S N, Arushanov, G M

“…Ceramic microfilter samples (d sub(max) = 18.3 mu m) were prepared based on mixed calcium orthophosphate with an NZP structure melted in a solar furnace; the…”
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Structure of fibres based on low-substitution hydroxyethylcellulose by Mostovykh, R. G., Savatyugina, T. V., Nikonovich, G. V.

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The dye uptake method of analyzing the changes in the fibre structure during Lavsan spinning by Timofeeva, N. N., Savatyugina, T. V., Khomenko, R. I., Geller, B. E.

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