7 research outputs found
Catalytic and adsorptive properties of a Cu-ZSM-5 catalyst synthesized by solid-phase method
Full text linkСЛОВАРНОЕ И ДИСКУРСИВНОЕ НАПРАВЛЕНИЯ РЕКОНСТРУКЦИИ ПАРЕМИОЛОГИЧЕСКОЙ КАРТИНЫ МИРА: ОПЫТ ИНТЕРПРЕТАЦИИ (НА МАТЕРИАЛЕ РУССКОГО ЯЗЫКА)
No full textThe article is devoted to the study of the paremiological picture of the world, which is a component of the national picture of the world. The reconstruction of the paremiological picture of the world carried out in various ways helps not only to reproduce linguistic and culturological information, showing the mentality of the people and presenting its value reference points, but also reveals the so-called concentrated paremiological language fund. The research methods of the paremiological foundation: linguocultural, discursive-cognitive, descriptive-analytical. The material of this study was the lexicographical sources and the author’s card file of paremias. The role of vocabulary and discursive directions in the reconstruction process of the paremiological picture of the world is shown.Статья посвящена исследованию паремиологической картины мира, которая является составляющей национальной картины мира. Реконструкция паремиологической картины мира, проведенная различными способами, не только помогает воспроизвести лингвокультурологическую информацию, показав менталитет народа и представив его ценностные ориентиры, но и выявляет так называемый концентр паремиологического фонда языка. Методы исследования паремиологического фонда: лингвокультурологический, дискурсивно-когнитивный, описательно-аналитический. Материалом для данного исследования послужили лексикографические источники и авторская картотека паремий. Показана роль словарного и дискурсивного направлений в процессе реконструкции паремиологической картины мира
Transformation of carbon-containing and nitrosocompounds on the Cu-ZSM-5 catalyst at the selective reduction of NO with propane
No full textKinetics of selective catalytic reduction of NO by propane over monolith CuZSM-5 catalyst
No full textThe selective reduction of NO by propane was studied in kinetic and diffusion regimes over CUZSM-S zeolite and the honeycomb monolith catalyst based on this zeolite. A mathematical model is proposed for the calculation of the reaction rate as a function of the temperature, space velocity of the gas,and-NO concentration for the monoliths of various lengths with channels of different cross-sections.The reaction rate constant, the NO apparent diffusion coefficient and the mass-transfer coefficient were estimated
