Search Results - "Tsyba, Mykola M"

Kinetics of protein adsorption by nanoporous carbons with different pore size by Puziy, Alexander M., Poddubnaya, Olga I., Derylo-Marczewska, Anna, Marczewski, Adam W., Blachnio, Magdalena, Tsyba, Mykola M., Sapsay, Vitaliy I., Klymchuk, Dmytro O.

“…Kinetics of bovine serum albumin and ovalbumin adsorption by nanoporous carbons with different main pore sizes (1.6, 5, 7.8 and 28 nm) was studied…”
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Ethyl tert-butyl ether synthesis using carbon catalysts from lignocellulose by Puziy, Alexander M, Kochkin, Yuriy N, Poddubnaya, Olga I, Tsyba, Mykola M

“…Porous structure, surface chemistry and catalytic properties of carbon catalysts with various acid groups in ethyl tert-butyl ether synthesis were studied…”
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Synthesis and characterization of thermally stable large-pore mesoporous nanocrystalline anatase by ERMOKHINA, Natalia I, NEVINSKIY, Vitaly A, MANORIK, Piotr A, ILYIN, Vladimir G, NOVICHENKO, Viktor N, SHCHERBATIUK, Mykola M, KLYMCHUK, Dmitro O, TSYBA, Mykola M, PUZIY, Alexander M

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One-pot preparation of functionalized nanostructured carbons by Puziy, Alexander M., Poddubnaya, Olga I., Reinish, Catherine A., Tsyba, Mykola M., Mikhalovska, Luba I., Mikhalovsky, Sergey V.

“…Mesoporous nanostructured carbons with surface acidic functional groups were prepared in one step by a combination of template technique and phosphoric acid…”
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Ethyl -butyl ether synthesis using carbon catalysts from lignocellulose by Alexander M Puziy, Yuriy N Kochkin, Olga I Poddubnaya, Mykola M Tsyba

“…Porous structure, surface chemistry and catalytic properties of carbon catalysts with various acid groups in ethyl tert -butyl ether synthesis were studied…”
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Synthesis and characterization of thermally stable large-pore mesoporous nanocrystallineanatase by Ermokhina, Natalia I., Nevinskiy, Vitaly A., Manorik, Piotr A., Ilyin, Vladimir G., Novichenko, Viktor N., Shcherbatiuk, Mykola M., Klymchuk, Dmitro O., Tsyba, Mykola M., Puziy, Alexander M.

“…Thermally stable mesoporous nanocrystalline ТiО2 with a pure anatase structure was obtained by sol–gel synthesis (in combination with hydrothermal treatment)…”
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