Embedded Files
Пленарні доповіді
Dr. Yurii Yakovlev
ADVANCED STUDY OF HYDROGEN PEM FUEL CELLS AND WATER ELECTROLYZERS Dr. Yurii Yakovlev
Assistant Professor, PhDCharles University, Prague, Czech Republichttps://orcid.org/0000-0002-3722-0416 yakovlevyv87@gmail.com
Yurii Yakovlev received his Ph.D. in Polymer Physics from the Institute of Macromolecular Chemistry, NAS of Ukraine, in 2015. He was a key member of the research team that won the f-cell Award 2021 in the Research & Development category at the Hydrogen & Fuel Cell Conference and Trade Fair in Stuttgart. His expertise spans electrochemistry, focusing on catalysts for hydrogen evolution/oxidation and oxygen evolution/reduction reactions in both alkaline and acidic media. He also specializes in magnetron sputtering, high-vacuum techniques, and polymer materials and composites. His primary research focuses on the development and characterization of mono- and multimetal nanostructures, catalytically enhanced electrodes, and hydrogen fuel cell and water electrolyzer systems.https://nano.mff.cuni.cz/nanomaterials-group/people/dr-yurii-yakovlev
Yurii Yakovlev received his Ph.D. in Polymer Physics from the Institute of Macromolecular Chemistry, NAS of Ukraine, in 2015. He was a key member of the research team that won the f-cell Award 2021 in the Research & Development category at the Hydrogen & Fuel Cell Conference and Trade Fair in Stuttgart. His expertise spans electrochemistry, focusing on catalysts for hydrogen evolution/oxidation and oxygen evolution/reduction reactions in both alkaline and acidic media. He also specializes in magnetron sputtering, high-vacuum techniques, and polymer materials and composites. His primary research focuses on the development and characterization of mono- and multimetal nanostructures, catalytically enhanced electrodes, and hydrogen fuel cell and water electrolyzer systems.https://nano.mff.cuni.cz/nanomaterials-group/people/dr-yurii-yakovlev
Prof. Eduard Lysenkov
ANTIMICROBIAL SILVER-CONTAINING POLYMERIC NANOMATERIALS: SYNTHESIS, PROPERTIES AND APPLICATIONSProf. Eduard Lysenkov
Head of Laboratory of Nanocomposite Materials, Professor of the Department of Physics and Mathematics Petro Mohyla Black Sea National University, Mykolaiv, Ukraine https://orcid.org/0000-0002-1369-4609ealysenkov@ukr.net
Eduard Lysenkov is an expert in polymer physics, nanocomposite materials and polymer materials science. Doctor of Physical and Mathematical Sciences since 2018. He is a Head of the Scientific Laboratory of Nanocomposite materials in Petro Mohyla Black Sea National University. His scientific achievements include over 270 scientific publications. In 2018 awarded by the Prize of Verkhovna Rada of Ukraine, for young scientists, and in 2020 awarded by President of Ukraine Prize for Young Scientists. His research interests are modelling of physical processes, fractal structures and models, polymer nanocomposites, percolation phenomena, sensor systems based on nanomaterials, antimicrobial polymer nanocomposite coatings.
Eduard Lysenkov is an expert in polymer physics, nanocomposite materials and polymer materials science. Doctor of Physical and Mathematical Sciences since 2018. He is a Head of the Scientific Laboratory of Nanocomposite materials in Petro Mohyla Black Sea National University. His scientific achievements include over 270 scientific publications. In 2018 awarded by the Prize of Verkhovna Rada of Ukraine, for young scientists, and in 2020 awarded by President of Ukraine Prize for Young Scientists. His research interests are modelling of physical processes, fractal structures and models, polymer nanocomposites, percolation phenomena, sensor systems based on nanomaterials, antimicrobial polymer nanocomposite coatings.
Dr. Sergii Chertopalov
Ti3C2 MXene 2D MATERIALS AND THEIR APPLICATIONS Dr. Sergii Chertopalov
Scientist, Department of Analysis of Functional Materials, Division of Optics,Institute of Physics of the Czech Academy of Sciences, Czech Republichttps://orcid.org/0000-0001-7417-8475 chertopalov@fzu.cz
Dr. Sergii Chertopalov received his M.S. and PhD in Solid State Physics from the Physics and Engineering Department of Donetsk National University (Donetsk, Ukraine). He is an expert in thin film deposition using various methods: thermal vacuum deposition, electron beam evaporation, pulsed laser deposition, and magnetron sputtering.Dr. Sergii Chertopalov has been working with 2D materials (MXene) for ten years. He was involved in developing materials for magnonics and plasmonic and in the fabrication and research of materials for solar cells (hybrid, dye-sensitized, bulk heterojunction solar cells) and organic light-emitting diodes.
Dr. Sergii Chertopalov received his M.S. and PhD in Solid State Physics from the Physics and Engineering Department of Donetsk National University (Donetsk, Ukraine). He is an expert in thin film deposition using various methods: thermal vacuum deposition, electron beam evaporation, pulsed laser deposition, and magnetron sputtering.Dr. Sergii Chertopalov has been working with 2D materials (MXene) for ten years. He was involved in developing materials for magnonics and plasmonic and in the fabrication and research of materials for solar cells (hybrid, dye-sensitized, bulk heterojunction solar cells) and organic light-emitting diodes.
Dr. Oleksandr S. Ivashchuk
ALTERNATE SOLID FUEL FROM THE FOOD INDUSTRY WASTE Dr. Oleksandr S. Ivashchuk
PhD, Senior Research Fellow, Associate ProfessorDeputy Director of Institute of Chemistry and Chemical TechnologiesLviv Polytechnic National University, Lviv, Ukraine https://orcid.org/0000-0001-8451-3871 oleksandr.s.ivashchuk@lpnu.ua
Oleksandr S. Ivashchuk received his PhD degree in 2008 for the research of the catalytic liquid-phase cyclohexane oxidation. He works in different fields of the chemical technology and engineering – mass transfer processes, recycling, CFD simulation, etc. Oleksandr S. Ivashchuk is a Secretary of the International Scientific Conference «Chemical Technology and Engineering».
Oleksandr S. Ivashchuk received his PhD degree in 2008 for the research of the catalytic liquid-phase cyclohexane oxidation. He works in different fields of the chemical technology and engineering – mass transfer processes, recycling, CFD simulation, etc. Oleksandr S. Ivashchuk is a Secretary of the International Scientific Conference «Chemical Technology and Engineering».
Dr. Andrii Redko
INVERSE PHASE TRANSFER CATALYSIS - A PROMISING METHOD IN GREEN CHEMISTRY Dr. Andrii Redko
Head of the Department of spectrochemical research L. M. Litvinenko Institute of Physical Organic Chemistry and Coal Chemistry, National Academy of Sciences of Ukraine, Kyiv, Ukraine https://orcid.org/0000-0001-7741-1834 redko_an@ukr.net
Andrii Redko is a specialist in physical-organic chemistry and molecular spectroscopy. He was graduated from Donetsk National University in 1997 and received his Ph.D. in 2009 from the L. M. Litvinenko Institute of Physical Organic Chemistry and Coal Chemistry NAS of Ukraine. Since 2015, he has been the head of the Department of Spectrochemical Research. His research interests include green chemistry, organic catalysis, chemistry of natural polyphenolic compounds and molecular spectroscopy (NMR, IR).
Andrii Redko is a specialist in physical-organic chemistry and molecular spectroscopy. He was graduated from Donetsk National University in 1997 and received his Ph.D. in 2009 from the L. M. Litvinenko Institute of Physical Organic Chemistry and Coal Chemistry NAS of Ukraine. Since 2015, he has been the head of the Department of Spectrochemical Research. His research interests include green chemistry, organic catalysis, chemistry of natural polyphenolic compounds and molecular spectroscopy (NMR, IR).
Усні доповіді
SYNTHESIS AND CRYSTAL STRUCTURE OF COPPER(I) CHLORIDE π-COMPLEX WITH 2-ALLYLIMINO-3-(2-PYRIDIL)-1,3-THIAZOLIDIN-4-ONE
Knyzhnyk I. A., Slyvka Yu. I., Pokhodylo N. T., Goreshnik E. A.
CRYSTAL STRUCTURE OF NEW PHASES IN THE Zr−Ru−Ga SYSTEM IN THE REGION OF HIGH Ga CONTENT
Shatalov B. S., Babizhetskyy V. S., Myakush O. R., Kotur B. Ya.
THE ROLE AND EFFECTIVENESS OF CLOUD-BASED CHEMISTRY LABORATORIES IN EDUCATION
Duruskari G. Sh., Akbarova G. M., Nagiyev Kh. J.
THE DEVELOPMENTAL ROLE OF STEAM TECHNOLOGIES IN CHEMISTRY EDUCATION
Nasibova L. E., Allahverdiyeva L. M.
АВТОРСЬКІ ОСВІТНІ МАТЕРІАЛИ ТА ДЕРЖАВНІ ПІДРУЧНИКИ: УПРАВЛІННЯ ЯКІСТЮ, ШТУЧНИЙ ІНТЕЛЕКТ І ІГРОВІ ТЕХНОЛОГІЇ В ОСВІТІ
Янкавець О. О., Волохова-Пугаченко Я. М.
SYNTHESIS OF CHALCONES BASED ON 1-(2-AMINO-4-METHYLTHIAZOL-5-YL)ETHAN-1-ONE
Huseyinov E. Z., Asadov Kh. A., Maharramov A. M., Safarova A. S.
ОСОБЛИВОСТІ ПРОЯВУ ЕНТАЛЬПІЙНО-ЕНТРОПІЙНОГО КОМПЕНСАЦІЙНОГО ЕФЕКТУ У СИСТЕМІ «БЕНЗОЙНА КИСЛОТА–ЕПІХЛОРГІДРИН–Bu4NCl»
Казаков О. А., Бахалова Є. А., Швед О. М., Діденко Н. О., Розанцев Г. М.
ОДЕРЖАННЯ І ХАРАКТЕРИСТИКА МІКРОЧАСТОК КРОВІ ЛЮДИНИ
Андрющенко А. Д., Харченко С. М., Яценко Т. А.
ПОРІВНЯННЯ МЕДІАТОРНОЇ АКТИВНОСТІ СИРИНАЛЬДЕГІДУ І ВАНІЛІНУ У ПРОЦЕСАХ ЗНЕБАРВЛЕННЯ СИНТЕТИЧНИХ БАРВНИКІВ, КАТАЛІЗОВАНИХ ПЕРОКСИДАЗОЮ ХРОНУ
Пухно Н. Г., Гордєєва І. О., Кущ О. В., Шендрик О. М.
ДОСЛІДЖЕННЯ АНТИОКСИДАНТНИХ ВЛАСТИВОСТЕЙ ЕКСТРАКТУ ЗВІРОБОЮ
Рисіч А. О., Гордєєва І. О., Теклюк К. Р., Книжник І. А., Кущ О. В.
ВИЗНАЧЕННЯ ВІДНОВЛЮВАНОЇ ЗДАТНОСТІ ЕТАНОЛЬНИХ ЕКСТРАКТІВ ПРОПОЛІСІВ РІЗНИМИ МЕТОДАМИ
Шевчук К. Р., Гордєєва І. О., Кущ О. В., Шендрик О. М.
INFLUENCE OF AGING AND BIODEGRADATION ON THE PROPERTIES OF LATEX COMPOSITES FILLED WITH PVA HYDROGEL AND KERATIN
Dzeikala O., Prochoń M.
СТВОРЕННЯ «РОЗУМНИХ» ГІБРИДНИХ МАТЕРІАЛІВ ШЛЯХОМ ФУНКЦІОНАЛІЗАЦІЇ ВУГЛЕЦЕВИХ НАНОТРУБОК ПРИЩЕПЛЕНИМИ ПОЛІМЕРНИМИ ЩІТКАМИ
Бугайчук Н. Ю., Чеботар А. С., Стецишин Ю. Б.
ВПЛИВ БІНАРНОГО СПЛАВУ AL-CO НА ТЕПЛОФІЗИЧНІ ВЛАСТИВОСТІ НАДВИСОКОМОЛЕКУЛЯРНОГО ПОЛІЕТИЛЕНУ
Микита К. А., Томіна А.-М. В., Башев В. Ф.
ПОКАЗНИК АБРАЗИВНОГО СТИРАННЯ НАДВИСОКОМОЛЕКУЛЯРНОГО ПОЛІЕТИЛЕНУ
Попіль О. І., Томіна А.-М. В., Микита К. А.
СИНТЕЗ ТЕМПЕРАТУРО- ТА рН-ЧУТЛИВИХ ПОЛІМЕРНИХ ЩІТОК НА ОСНОВІ МОНОМІРІВ ІЗ РОСЛИННИХ ОЛІЙ
Чеботар А. С., Стецишин Ю. Б., Дончак В. А.
Стендові доповіді
OPTIMISATION OF INSTRUMENTAL PARAMETERS FOR THE VOLTAMMETRIC DETERMINATION OF CARMOISINE
Rybak V. I., Dmukhailo A. V., Korol R. O., Habrei I. I., Alania S. K., Dubenska L. O.
ВИКОРИСТАННЯ СУПРАМОЛЕКУЛЯРНИХ СПОЛУК З АНІОННОЮ ПОВЕРХНЕВО-АКТИВНОЮ РЕЧОВИНОЮ В ХІМІЧНОМУ АНАЛІЗІ
Іваненко О. В., Краснікова Т. Д., Ліолько Є. Л., Волнянська О. В., Коваленко В. Л., Мироняк М. О., Ніколенко М. В.
COMPOSITE BASED ON THE Y2Ni17:Mg,Ti AND Ca0.5Dy0.5MnO3 OXIDE AS HYDROGEN SORPTION MATERIAL
Matsko E., Kordan V., Tarasiuk I., Zaremba O., Pavlyuk V.
ЛЮМІНІСЦЕНТНІ КОМПЛЕКСИ ЛАНТАНОЇДІВ НА ОСНОВІ НОВОГО ЛІГАНДА-«АНТЕНИ» – N‑(ДИМЕТОКСИФОСФОРИЛ)‑1‑БЕНЗОФУРАН-2-КАРБОКСАМІДУ
Борисенко Є. В., Труш В. О., Амірханов В. М.
Малюк М. В.
ГРАНИЦІ ІЗОМОРФНИХ ЗАМІЩЕНЬ І ТЕРМОДИНАМІЧНА СТІЙКІСТЬ ТВЕРДИХ РОЗЧИНІВ СИСТЕМИ ВИСОКОТЕМПЕРАТУРНОГО НАДПРОВІДНИКА LK-99,
Pb10–xCux(PO4)6O
Подрезов Я. В., Гетьман Є. І., Радіо С. В.
Klenina O. V., Laura Márquez Cantudo, Claire Coderch, Beatriz de Pascual-Teresa Fernandez
Доманський С. В., Горобчук О. М., Ютілова К. С., Швед О. М., Розанцев Г. М.
СИНТЕЗ АМІДНИХ ПОХІДНИХ ІНДЕНОХІНОКСАЛІН-6-КАРБОНОВОЇ КИСЛОТИ З АМІНОЕТАНОЛОМ І МОРФОЛІНОМ ТА ДОСЛІДЖЕННЯ ЇХ БІОЛОГІЧНОЇ АКТИВНОСТІ
Сазонов К. Д., Еберле Л. Д., Шевченко О. В., Ішков Ю. В.
АКТИВАЦІЙНІ ПАРАМЕТРИ РЕАКЦІЙНОЇ СИСТЕМИ «ОЦТОВА КИСЛОТА – ЕПІХЛОРГІДРИН – R3N» У РОЗЧИННИКУ ЕХГ:НБ
Тарасенко В. В., Ютілова К. С., Швед О. М., Розанцев Г. М.
ІНІЦІЮВАННЯ РАДИКАЛЬНО-ЛАНЦЮГОВОГО АЕРОБНОГО ОКИСНЕННЯ КУМОЛУ ПЕРМАНГАНАТОМ
Опейда Л. І., Шепарович Р. Б., Волкова Л. К., Новохатько А. О.
Хованець Г. І., Макідо О. Ю., Курилець О. Г., Дзядик М. А.
Page updated
Report abuse