In this work, the full thermodynamic characteristics of absorbing water vapor
of rutyle are studied. The relevance between crystal-chemical structure in rutyles and
adsorption-energetic features have been found, and the adsorption molecular mechanism in all
parts saturation of titanium four oxide with water vapor has been determined.
In this work, the full thermodynamic characteristics of absorbing water vapor
of rutyle are studied. The relevance between crystal-chemical structure in rutyles and
adsorption-energetic features have been found, and the adsorption molecular mechanism in all
parts saturation of titanium four oxide with water vapor has been determined.
Ушбу ишда рутил юзаларидаги сув адсорбциясининг тфлиқ
термодинамиқ хусусиятари фрганилган ва жритиб берилган. Рутил ва энергетик
адсобцион хусусиятлардаги кристал-кижвий стуктура фртасидаги алоқалар аниқланди
ва барча adsorbsion molekulyar mexanizm titan to'rt oksidning suv bug'lari bilan to'yinganligi
aniqlandi.
В этой работе изучаются полные термодинамические
характеристики поглощения водяного пара рутиля. Найдена актуальность между
кристаллохимической структурой в рулях и адсорбционно-энергетическими
особенностями, и был определен молекулярный механизм адсорбции во всех частях
насыщения четырехокиси титана водяным паром
№ | Муаллифнинг исми | Лавозими | Ташкилот номи |
---|---|---|---|
1 | Mamajonov S.B. | Namdu | |
2 | Doliyev G.A. | Namdu | |
3 | Yakubov Y.Y. | Namdu | |
4 | Mehmonov I.Y. | Namdu |
№ | Ҳавола номи |
---|---|
1 | Raxmatkariev G.U., Doliev G.A., Raxmatkariev F.G Kalorimetricheskoe issledovanie adsorbtsii vodq na diokside titana // Dokladq Akademii nauk Resrubliki Uzbekistan. 2016 g. №6. – S 63-67. |
2 | Raxmatkariev G.U., Doliev G.A., Raxmatkariev F.G. Teplotq adsorbtsii parov benzola na Na-illite // Kompozitsionnqe materialq. 2014. №3. – S. 74-76. |
3 | Cabailh G, Torrelles X, Lindsay R, Bikondoa O, Journard I, Zegenhagen J, Thornton G Geometric structure of TiO2 // phys. Rev p Қодирхонов hys Rev. – 2007. – V. 75. – ‘. 241-403 |
4 | Cui X.F., Wang Z., Tan S.J., Wang B., Yang J.L., Hou J.G. Identifying Hydroxyls on the TiO2 (110)−1 × 1 Surface with Scanning Tunneling Microsco’y // J. ‘hys. Chem. – 2009. – V.13(30). – ‘ 13204-13208 |
5 | Deak ‘., Kullgren J., Aradi B., Frauenheim T., Kavan L., Water s’litting and the band edge ‘ositions of TiO2 // Electrochimica Acta. – 2016. – V. – 199. –’. 27-34. 6. Hammer B., Wendt S., Besenbacher F. Water adsorption on TiO2 // Business Media, LLC. – 2010. – V. 18 – ‘. 211-218 |
6 | Kristoffersen H.H., Hansen J.W., Martinez U., Wei Y.Y., Matthiesen J., Streber R., Bechstein R., Ligsgaard E., Besenbacher F., Hammer B., Wendt S. Role of steps in the dissociative adsorption of water on rutile TiO2 (110) // Department of physics and Astronomy. – 2013. – V. 18. – ‘ 1-3. |
7 | Martinez U., Hansen J. SH., Lira E., Kristoffersen H. H., ‘. Huo, Bechstein R., Ljgsgaard E., Besenbacher, F. Hammer B., Reduced Ste’ Edges on Rutile TiO2(110) as Competing Defects to Oxygen Vacancies on the Terraces and Reactive Sites for Ethanol Dissociation // Wendt, phys. Rev. – 2012. – V.109. – ‘.155-160. |
8 | Matthey D., Wang J.G., Wendt S., Matthiesen J., Schaub R., Ljgsgaard E., Hammer B., Besenbacher F Enhanced bonding of gold nanoparticles on oxidized TiO2 (110) // Science. – 2007. – V.315. – ‘.1692-1696 |
9 | Matthiesen J., Hansen J.SH., Wendt S., Lira E., Schaub R., Ljgsgaard E., Besenbacher F., Hammer B Formation and diffusion of water dimers on rutile TiO2 (110) // phys Rev Lett. – 2009. – V.102. ‘.226-231. |
10 | Niall J. English Dynamical properties of physically adsorbed water molecules at the TiO2 rutile-(110) surface // Chemical physics Letters. – 2013. – V. 583. – ‘. 125-130. |