With regard to the urgency of oxide materials (glasses, ceramics, coatings) at high temperatures up to 3000 K review on the results obtained by high temperature mass spectrometric method for borate, silicate, zirconate and hafnate systems was carried out. Features of vaporization processes of the systems mentioned such as association, dissociation and polymerization of vapor species were considered. Thermodynamic
properties of the systems under study and model approaches for their description in particular the generalized lattice theory of associated solutions were discussed.
Translated title of the contributionOXIDE SYSTEMS AND MATERIALS AT HIGH TEMPERATURES: EXPERIMENT AND MODELING
Original languageRussian
Title of host publicationНаноматериалы и технологии-VIII
Subtitle of host publicationтруды VIII Международной конференции «Наноматериалы и технологии», VIII Международной конференции по материаловедению, III Международной молодежной конференции «Наноматериалы и технологии», V Китайско-Монгольско-Российской конференции по функциональным материалам
PublisherИздательство Бурятского государственного университета
Pages12-16
ISBN (Print)9785979313986
StatePublished - 24 Aug 2019
EventНаноматериалы и технологии-VIII : VIII Международная конференция «Наноматериалы и технологии» VIII Международная конференция по материаловедению III Международная молодежная конференция «Наноматериалы и технологии» V Китайско-Монгольско-Российская конференция по функциональным материалам - Улан-Удэ, Russian Federation
Duration: 24 Aug 2019 → 28 Aug 2019

Conference

ConferenceНаноматериалы и технологии-VIII
Country/TerritoryRussian Federation
CityУлан-Удэ
Period24/08/19 → 28/08/19

    Research areas

  • oxide systems and materials, high temperature mass spectrometry, modeling

ID: 50033372