Bratchikova I.G. - list of publications

КОМПЛЕКСНЫЕ СОЕДИНЕНИЯ НИКЕЛЯ(II), МЕДИ(II) И ТИТАНА(IV) С Α-ГИДРОКСИАРОМАТИЧЕСКИМИ КИСЛОТАМИ КАК ПРЕКУРСОРЫ НАНОРАЗМЕРНЫХ ОКСИДОВ МЕТАЛЛОВ

Article

Хан З.Л., Братчикова И.Г., Лобанов Н.Н., Утенышев А.Н., Авраменко О.В., Исаева Н.Ю., Ковальчукова О.В.

Бутлеровские сообщения. Vol. 78. 2024. P. 46-53

APPLICATION OF CATALYTIC SYSTEMS CONTAINING IRON IN THE PROCESS OF PROPANE CRACKING

Article

Cherednichenko A.G., Markova E.B., Bratchikova I.G., Isaeva N.Y.

CIS Iron and Steel Review. Магнитогорский государственный технический университет им. Г.И. Носова, "Ore and Metals" Publishing House. Vol. 24. 2022. P. 84-88

REGULARITIES OF ELECTROCHEMICAL DECOMPOSITION OF ORGANOCHLORINE PESTICIDES IN AQUEOUS SOLUTIONS USING MODIFIED ELECTRODES

Article

Gutierrez P.D., Bratchikova I.G.

Успехи синтеза и комплексообразования = Advances in synthesis and complexing. Российский университет дружбы народов (РУДН). 2022. 432 p.

ФИЗИКО-ХИМИЧЕСКИЕ ХАРАКТЕРИСТИКИ И КАТАЛИТИЧЕСКАЯ АКТИВНОСТЬ КОМПОЗИЦИОННЫХ МАТЕРИАЛОВ НА ОСНОВЕ СМЕШАННЫХ ОКСИДОВ MTIO3/TIO2 (М = CO, NI) В РЕАКЦИЯХ ФОТОДЕСТРУКЦИИ 1,2-ДИГИДРОКСИБЕНЗОЛА В ВОДНЫХ РАСТВОРАХ

Article

Абсалан Я., Исаева Н.Ю., Братчикова И.Г., Ковальчукова О.В., Чередниченко А.Г.

Наногетерогенный катализ. Vol. 5. 2020. P. 3-8

PHYSICOCHEMICAL CHARACTERISTICS AND CATALYTIC ACTIVITY OF COMPOSITE MATERIALS BASED ON MIXED OXIDES MTIO3/TIO2 (М = CO, NI) IN 1,2-DIHYDROXYBENZENE PHOTODEGRADATION REACTIONS IN AQUEOUS SOLUTIONS

Article

Absalan Y., Isaeva N.Y., Bratchikova I.G., Koval’chukova O.V., Cherednichenko A.G.

Petroleum Chemistry. Vol. 60. 2020. P. 557-562

PHYSICOCHEMICAL CHARACTERISTICS AND CATALYTIC ACTIVITY OF COMPOSITE MATERIALS BASED ON MIXED OXIDES MTIO3/TIO2 (М = CO, NI) IN 1,2-DIHYDROXYBENZENE PHOTODEGRADATION REACTIONS IN AQUEOUS SOLUTIONS

Article

Absalan Y., Isaeva N.Y., Bratchikova I.G., Koval’chukova O.V., Cherednichenko A.G.

Petroleum Chemistry. Vol. 60. 2020. P. 557-562

NOVEL COMPOSITE NANO-CATALYSTS BASED ON TITANIUM DIOXIDE MODIFIED BY BIVALENT TRANSITION CATIONS

Article

Isaeva N., Bratchikova I.G., Cherednichenko A.G., Absalan Y., Kovalchukova O.V.

Advances in synthesis and complexing. РУДН. 2019. 158 p.

FEATURES OF THE SEPARATION OF DIFFICULTLY SEPARABLE ORGANIC COMPOUNDS BY LIQUID-PHASE ADSORPTION ON HKUST-1-TYPE FRAMEWORK STRUCTURES

Article

Bratchikova I.G., Kovtun S.O., Markova E.B., Isaeva N.Yu., Cherednichenko A.G.

Journal of Physics: Conference Series. Institute of Physics Publishing. Vol. 1347. 2019.

DOPED RARE AND TRANSITION METAL PEROVSKITE-TYPE TITANATE NANOPARTICLES: A NEW METHOD FOR DEVELOPING SYNTHESIZING AND PHOTOCATALYTIC ABILITY

Article

Absalan Y., Bratchikova I.G., Kovalchukova O.V.

Journal of Molecular Liquids. Elsevier B.V.. Vol. 268. 2018. P. 882-894

CHARASCTERISTICS OF HYDROGEN SORPTION/DESORPTION FOR PALLADIUM FOIL DOPPED YTTRIUM. THE EFFECT OF THERMOGRADIENT TREATMENT

Article

Михаленко И.И., Братчикова И.Г., Горбунов С.В., Рошан Н.Р., Чистов Е.М., Бурханов Г.С.

Функциональные наноматериалы и высокочистые вещества. 2018. P. 373-375

NOVEL SYNTHESIS METHOD FOR PHOTO-CATALYTIC SYSTEM BASED ON SOME 3D-METAL TITANATES

Article

Absalan Y., Bratchikova I.G., Lobanov N.N., Kovalchukova O.V.

Journal of Materials Science: Materials in Electronics. Springer New York LLC. Vol. 28. 2017. P. 18207-18219

ACCURATE INVESTIGATION TO DETERMINE THE BEST CONDITIONS FOR USING NITIO3 FOR BROMOPHENOL BLUE DEGRADATION IN THE ENVIRONMENT UNDER UV–VIS LIGHT BASED ON CONCENTRATION REDUCTION AND TO COMPARE IT WITH TIO2

Article

Absalan Y., Bratchikova I., Kovalchukova O.V.

Environmental Nanotechnology, Monitoring and Management. Elsevier B.V.. Vol. 8. 2017. P. 244-253

CARBON DIOXIDE REFORMING OF METHANE ON A COBALT CATALYST SUBJECTED TO PLASMA–CHEMICAL TREATMENT

Article

Platonov E.A., Bratchikova I.G., Yagodovskii V.D., Murga Z.V.

Russian Journal of Physical Chemistry A. Vol. 91. 2017. P. 1422-1426

CORRECTION TO: NOVEL SYNTHESIS METHOD FOR PHOTO-CATALYTIC SYSTEM BASED ON SOME 3D-METAL TITANATES (J MATER SCI: MATER ELECTRON, 10.1007/S10854-017-7769-6)

Article

Absalan Y., Bratchikova I.G., Lobanov N.N., Kovalchukova O.V.

Journal of Materials Science: Materials in Electronics. Springer New York LLC. Vol. 28. 2017.

REACTIONS OF ISOBUTANOL OVER A NASICON-TYPE NI-CONTAINING CATALYST ACTIVATED BY PLASMA TREATMENTS

Article

Danilova M.N., Pylinina A.I., Kasatkin E.M., Bratchikova I.G., Mikhalenko I.I., Yagodovskii V.D.

Kinetics and Catalysis. Maik Nauka-Interperiodica Publishing. Vol. 56. 2015. P. 476-479

ADSORPTION OF ISOPROPANOL ON A NICKEL OXIDE

Article

Platonov E.A., Bratchikova I.G., Pylinina A.I., Yagodovskii V.D.

Russian Journal of Physical Chemistry A. Vol. 88. 2014. P. 123-126

ADSORPTION OF ISOPROPANOL ON A NICKEL OXIDE CATALYST

Article

Platonov E.A., Bratchikova I.G., Pylinina А.I., Yagodovskii V.D.

Russian Journal of Physical Chemistry A. Vol. Vol 88 No 1. 2014. P. 123-126

ADSORPTION OF ISOPROPANOL AND CYCLOHEXANE ON ZINC OXIDE

Article

Bratchikova I.G., Pylinina A.I., Platonov E.A., Danilova M.N., Isaeva N.Y., Yagodovskii V.D.

Russian Journal of Physical Chemistry A. Vol. 89. 2014. P. 108-113

ACTIVATION OF NI-CONTAINING NASICON CATALYSTS OF ISOBUTANOL DEHYDRATION BY PLASMA CHEMICAL TREATMENT

Article

Kasatkin E.M, Danilova M.S., Pylinina A.I., Bratchikova I.G., Mikhalenko I.I., Yagodovskii V.D.

III INTERNATIONAL SCIENTIFIC SCHOOL-CONFERENCE FOR YOUNG SCIENTISTS «CATALYSIS: FROM SCIENCE TO INDUSTRY». ТГУ. 2014. P. 48-48

АДСОРБЦИЯ ИЗОПРОПАНОЛА НА НИКЕЛЕВОМ КАТАЛИЗАТОРЕ

Article

Платонов Е.А., Братчикова И.Г., Горчакова А.А., Ягодовский В.Д.

ZHURNAL FIZICHESKOI KHIMII / Russian Journal of Physical Chemistry A. MEZHDUNARODNAYA KNIGA / Федеральное государственное бюджетное учреждение "Российская академия наук". Vol. 87. 2013. 289 p.

ADSORPTION OF ISOPROPANOL ON A NICKEL CATALYST

Article

Platonov E.A., Bratchikova I.G., Gorchakova A.A., Yagodovskii V.D.

Russian Journal of Physical Chemistry A. Vol. 87. 2013. P. 283-287

ВЛИЯНИЕ МОДИФИЦИРОВАНИЯ ПОВЕРХНОСТИ ПЛАТИНЫ ВВЕДЕНИЕМ МЕДИ И ПЛАЗМОХИМИЧЕСКИМИ ОБРАБОТКАМИ НА ЭНЕРГИЮ СВЯЗИ НPT

Article

Братчикова И.Г., Галимова Н.А., Лобанов Н.Н., Ягодовский В.Д.

Zashchita Metallov. Vol. 48. 2012. 155 p.

SURFACE MODIFICATION OF PLATINUM WITH COPPER AND BY PLASMA-CHEMICAL TREATMENT AND THE EFFECT ON H-PT BOND ENERGY

Article

Bratchikova I.G., Galimova N.A., Lobanov N.N., Yagodovskii V.D.

Protection of Metals and Physical Chemistry of Surfaces. Maik Nauka Publishing / Springer SBM. Vol. 48. 2012. P. 175-178

DEPENDENCE OF THE ADSORPTION AND CATALYTIC PROPERTIES OF A COPPER-PLATINUM CATALYST ON THE STRUCTURE OF METAL PARTICLES AND THE COMPOSITION OF THE CATALYST SURFACE

Article

Yagodovskii V.D., Lobanov N.N., Bratchikova I.G., Galimova N.A., Platonov E.A., Eremina O.V.

Russian Journal of Physical Chemistry A. Vol. 85. 2011. P. 1701-1706

ЗАВИСИМОСТЬ АДСОРБЦИОННЫХ И КАТАЛИТИЧЕСКИХ СВОЙСТВ МЕДНОПЛАТИНОВОГО КАТАЛИЗАТОРА ОТ СТРУКТУРЫ ЧАСТИЦ МЕТАЛЛА И СОСТАВА ЕГО ПОВЕРХНОСТИ

Article

Ягодовский В.Д., Лобанов Н.Н., Братчикова И.Г., Галимова Н.А., Платонов Е.А., Еремина О.В.

ZHURNAL FIZICHESKOI KHIMII / Russian Journal of Physical Chemistry A. MEZHDUNARODNAYA KNIGA / Федеральное государственное бюджетное учреждение "Российская академия наук". Vol. 85. 2011. P. 1828-1833

Братчикова И.Г.

List of records

КОМПЛЕКСНЫЕ СОЕДИНЕНИЯ НИКЕЛЯ(II), МЕДИ(II) И ТИТАНА(IV) С Α-ГИДРОКСИАРОМАТИЧЕСКИМИ КИСЛОТАМИ КАК ПРЕКУРСОРЫ НАНОРАЗМЕРНЫХ ОКСИДОВ МЕТАЛЛОВ

APPLICATION OF CATALYTIC SYSTEMS CONTAINING IRON IN THE PROCESS OF PROPANE CRACKING

REGULARITIES OF ELECTROCHEMICAL DECOMPOSITION OF ORGANOCHLORINE PESTICIDES IN AQUEOUS SOLUTIONS USING MODIFIED ELECTRODES

PHYSICOCHEMICAL CHARACTERISTICS AND CATALYTIC ACTIVITY OF COMPOSITE MATERIALS BASED ON MIXED OXIDES MTIO3/TIO2 (М = CO, NI) IN 1,2-DIHYDROXYBENZENE PHOTODEGRADATION REACTIONS IN AQUEOUS SOLUTIONS

PHYSICOCHEMICAL CHARACTERISTICS AND CATALYTIC ACTIVITY OF COMPOSITE MATERIALS BASED ON MIXED OXIDES MTIO<SUB>3</SUB>/TIO<SUB>2</SUB> (М = CO, NI) IN 1,2-DIHYDROXYBENZENE PHOTODEGRADATION REACTIONS IN AQUEOUS SOLUTIONS

NOVEL COMPOSITE NANO-CATALYSTS BASED ON TITANIUM DIOXIDE MODIFIED BY BIVALENT TRANSITION CATIONS

FEATURES OF THE SEPARATION OF DIFFICULTLY SEPARABLE ORGANIC COMPOUNDS BY LIQUID-PHASE ADSORPTION ON HKUST-1-TYPE FRAMEWORK STRUCTURES

DOPED RARE AND TRANSITION METAL PEROVSKITE-TYPE TITANATE NANOPARTICLES: A NEW METHOD FOR DEVELOPING SYNTHESIZING AND PHOTOCATALYTIC ABILITY

CHARASCTERISTICS OF HYDROGEN SORPTION/DESORPTION FOR PALLADIUM FOIL DOPPED YTTRIUM. THE EFFECT OF THERMOGRADIENT TREATMENT

NOVEL SYNTHESIS METHOD FOR PHOTO-CATALYTIC SYSTEM BASED ON SOME 3D-METAL TITANATES

ACCURATE INVESTIGATION TO DETERMINE THE BEST CONDITIONS FOR USING NITIO3 FOR BROMOPHENOL BLUE DEGRADATION IN THE ENVIRONMENT UNDER UV–VIS LIGHT BASED ON CONCENTRATION REDUCTION AND TO COMPARE IT WITH TIO2

CARBON DIOXIDE REFORMING OF METHANE ON A COBALT CATALYST SUBJECTED TO PLASMA–CHEMICAL TREATMENT

CORRECTION TO: NOVEL SYNTHESIS METHOD FOR PHOTO-CATALYTIC SYSTEM BASED ON SOME 3D-METAL TITANATES (J MATER SCI: MATER ELECTRON, 10.1007/S10854-017-7769-6)

REACTIONS OF ISOBUTANOL OVER A NASICON-TYPE NI-CONTAINING CATALYST ACTIVATED BY PLASMA TREATMENTS

ADSORPTION OF ISOPROPANOL ON A NICKEL OXIDE

ADSORPTION OF ISOPROPANOL ON A NICKEL OXIDE CATALYST

ADSORPTION OF ISOPROPANOL AND CYCLOHEXANE ON ZINC OXIDE

ACTIVATION OF NI-CONTAINING NASICON CATALYSTS OF ISOBUTANOL DEHYDRATION BY PLASMA CHEMICAL TREATMENT

АДСОРБЦИЯ ИЗОПРОПАНОЛА НА НИКЕЛЕВОМ КАТАЛИЗАТОРЕ

ADSORPTION OF ISOPROPANOL ON A NICKEL CATALYST

ВЛИЯНИЕ МОДИФИЦИРОВАНИЯ ПОВЕРХНОСТИ ПЛАТИНЫ ВВЕДЕНИЕМ МЕДИ И ПЛАЗМОХИМИЧЕСКИМИ ОБРАБОТКАМИ НА ЭНЕРГИЮ СВЯЗИ НPT

SURFACE MODIFICATION OF PLATINUM WITH COPPER AND BY PLASMA-CHEMICAL TREATMENT AND THE EFFECT ON H-PT BOND ENERGY

DEPENDENCE OF THE ADSORPTION AND CATALYTIC PROPERTIES OF A COPPER-PLATINUM CATALYST ON THE STRUCTURE OF METAL PARTICLES AND THE COMPOSITION OF THE CATALYST SURFACE

ЗАВИСИМОСТЬ АДСОРБЦИОННЫХ И КАТАЛИТИЧЕСКИХ СВОЙСТВ МЕДНОПЛАТИНОВОГО КАТАЛИЗАТОРА ОТ СТРУКТУРЫ ЧАСТИЦ МЕТАЛЛА И СОСТАВА ЕГО ПОВЕРХНОСТИ

Other authors

Kutsenko N.P.

Sapata O.-L.