Search Results - "Gavrilyuk, A.I."

Aging of the nanosized photochromic WO3 films and the role of adsorbed water in the photochromism by Gavrilyuk, A.I.

“…Scheme of adsorption of water (a) and methanol (b) on the surface of the WO3 films. •The highly disordered WO3 films were fabricated by evaporation.•The films…”
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Degradation of dimethylformamide on the surface of the nanosized WO3 films studied by infrared spectroscopy by Gavrilyuk, A.I.

“…[Display omitted] •Dimethylformamide was adsorbed on the surface of the nanosized WO3 films.•The mechanism of the adsorption was investigated by IR…”
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Degradation of dimethylformamide on the surface of the nanosized WO 3 films studied by infrared spectroscopy by Gavrilyuk, A.I.

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Controllable crystallinity of nickel oxide film with enhanced electrochromic properties by Hou, Shuai, Gavrilyuk, A.I., Zhao, Jiupeng, Geng, Hongbin, Li, Na, Hua, Chunxia, Zhang, Kun, Li, Yao

“…[Display omitted] •We prepared a NiOx electrochromic film with the crystallinity varying across film thickness for the first time.•The film with variable…”
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Nanosized WO 3 thin film as a multifunctional hydrogen material for achieving photolysis in CuCl films via hydrogen photosensitization by Gavrilyuk, A.I.

“…The paper highlights less-common properties of nanosized WO 3 thin films which make it possible to achieve photolysis in CuCl films via the use of a CuCl–WO 3…”
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Application of WO 3 thin films for enhancement of photolysis in AgCl by Gavrilyuk, A.I.

“…A double-layer AgCl–WO 3 structure was employed to produce photochemical hydrogen for doping of an AgCl film. Atomic photochemical hydrogen, detached under the…”
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Hydrogen photochromism in V2O5 layers prepared by the sol–gel technology by Wang, Yi, Pan, Lei, Li, Yao, Gavrilyuk, A.I.

“…•We prepared the V2O5 gel layer by the sol–gel technology to investigate the photochromism.•The comprehensive characterization of the gels was carried out with…”
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Nanosized WO3 thin film as a multifunctional hydrogen material for achieving photolysis in CuCl films via hydrogen photosensitization by Gavrilyuk, A.I.

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Application of WO3 thin films for enhancement of photolysis in AgCl by Gavrilyuk, A.I.

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Hydrogen photochromism in V 2 O 5 layers prepared by the sol–gel technology by Wang, Yi, Pan, Lei, Li, Yao, Gavrilyuk, A.I.

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ESR study of photoinjection of hydrogen in nanostructured MoO 3 thin films by Gavrilyuk, A.I., Afanasiev, M.M.

“…Formation of paramagnetic centers arising in highly disordered MoO 3 films due to photoinjection of hydrogen at room and liquid helium temperatures has been…”
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Impact of proton diffusion and the hydrogen photospillover upon the photochromic sensitivity of the WO3 films and the WO3 double-layer structures by Gavrilyuk, A.I.

“…[Display omitted] •Hydrogen photochromism in WO3 films was investigated.•It was shown that the photochromic sensitivity of the films is massively impacted by…”
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Photochromism in WO3 thin films by Gavrilyuk, A.I

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ESR study of photoinjection of hydrogen in nanostructured MoO3 thin films by Gavrilyuk, A.I., Afanasiev, M.M.

“…Formation of paramagnetic centers arising in highly disordered MoO3 films due to photoinjection of hydrogen at room and liquid helium temperatures has been…”
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Photochromism in RbAg4I5 thin films enhanced by hydrogen photosensitization simultaneous to illumination by Gavrilyuk, A.I., Lanskaya, T.G.

“…Photochemical hydrogen detached under the action of light from organic molecules adsorbed on the surface of various solids may perform different functions, for…”
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Rebuilding the Sinter-Plant Gas Aspiration and Cleaning Systems at the Magnitogorsk Metallurgical Combine by Cherchintsev, V. D., Gusev, A. M., Gavrilyuk, A. I., Drobnyi, O. F., Drobnyi, D. O.

“…A brief analysis is made of the systems currently used for aspiration, dust collection, and cleaning of gases exhausted from the front parts of the sintering…”
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Photoinjection of hydrogen in solids: electron-proton plasma doping in transition metal oxides (WO/sub 3/, MoO/sub 3/,V/sub 2/O/sub 5/) and drastic enhancement of the print-out effect in silver and cuprous halides (AgCl, AgI, RbAg/sub 4/I/sub 5/, CuCl) by Gavrilyuk, A.I.

“…Photoinjection of hydrogen (PIH) can involve radical changes in many solids. To carry out the PIH a source of hydrogen atoms must be employed. Specially…”
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