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PRODUCTION METHOD SH-SYNTHESIS OF BIO-FUNCTIONAL MATERIALS BASED ON NANOPARTICLES (K,NA) – TI OXIDE BRONZES FOR COATINGS WITH HIGH PHOTOTHERMAL EFFECT
Blinova Nadezhda Nikolaevna1, Gulyaev Pavel Yurievich2, Kotvanova Margarita Kondratievna3
1Ugra State University, graduate student of chemistry
2Ugra State University, Dr. of Technical Sciences, head of the department of physical chemistry processes and materials
3Ugra State University, Ph.D., professor of chemistry
1Ugra State University, graduate student of chemistry
2Ugra State University, Dr. of Technical Sciences, head of the department of physical chemistry processes and materials
3Ugra State University, Ph.D., professor of chemistry
Abstract
By chemical, chemical and laser-SHS obtained new bio-functional nanoparticles of complex metal oxides and oxide bronzes. Particular attention is paid to the optical micro-pyrometry combustion wave and photothermal effect absorption of light quanta of nano-crystals of complex oxides and oxide bronzes having semiconducting properties. The reported study was funded by RFBR according to the research project No. 15-42-00106.
Keywords: biofunctional materials, micro optical pyrometer, nanoparticle, oxide bronze, photothermal effect, SHS
Category: 02.00.00 Chemistry
Article reference:
Production method SH-synthesis of bio-functional materials based on nanoparticles (K,Na) - Ti oxide bronzes for coatings with high photothermal effect // Modern scientific researches and innovations. 2015. № 12 [Electronic journal]. URL: https://web.snauka.ru/en/issues/2015/12/60114
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