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Применение металлокерамических композитов для фотокаталитического генерирования водорода из органических реагентов И. А. Артюх, Л. Н. Скворцова

By: Артюх, Иван АндреевичContributor(s): Скворцова, Лидия НиколаевнаMaterial type: ArticleArticleOther title: The applied of the metal-ceramic composites for photocatalytic generation of a hydrogen from the organic components [Parallel title]Subject(s): органические реагенты | металлокерамические композиты | генерирование водорода | фотокаталитическая активность композитов | нитрид ванадияGenre/Form: статьи в сборниках Online resources: Click here to access online In: Полифункциональные химические материалы и технологии. [Т. 1] : материалы Международной научной конференции, 22-25 мая 2019 г Т. 1. С. 162-164Abstract: The investigation was devoted to the study of a catalytic activity of the iron containing vanadium nitride based composites that showed as a effective catalyst in the process of synthesis hydrogen with simultaneous in the process of degradation soluble organic pollutants. The the aims of the research was included the catalytic activity study of the semiconductor materials in conditions of UV radiance with the different systems of the soluble organic compounds. For this, the phase composition of the surface composite was investigated. The vanadium nitride based composite was received by the SHS method. The catalytic activity was defined in the oxidation process of the organic reagents. The value of the band gap for semiconductor compounds in the composition of the composite was determined from diffuse reflectance spectra.
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The investigation was devoted to the study of a catalytic activity of the iron containing vanadium nitride based
composites that showed as a effective catalyst in the process of synthesis hydrogen with simultaneous in the process of
degradation soluble organic pollutants. The the aims of the research was included the catalytic activity study of the
semiconductor materials in conditions of UV radiance with the different systems of the soluble organic compounds. For
this, the phase composition of the surface composite was investigated. The vanadium nitride based composite was
received by the SHS method. The catalytic activity was defined in the oxidation process of the organic reagents. The
value of the band gap for semiconductor compounds in the composition of the composite was determined from diffuse
reflectance spectra.

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