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Новая концепция рециклинга дисперсных железосодержащих отходов
(Маска, 2020)
Представлен альтернативный способ рециклинга дисперсных железосодержащих отходов, основанный на использовании ротационных наклоняющихся
печей (РНП). Применение РНП позволяет эффективно перерабатывать дисперсные
металлоотходы ...
Formation of luminescent coatings with the use of low melting glass
(Ташкентский химико-технологический институт, 2024)
Structural propertis of micropowders composition SiO2:CuO & SiO2:Cu° prepared by sol-gel method
(Alandalus University for Science and Technology, 2021)
The aim of the research was to obtain and study the functional characteristics of composite materials of the composition SiO2, SiO2:CuO and SiO2:Cu°, synthesized on the basis of Aerosil A-300. The basis for obtaining ...
The possibility of supporting the regulatory and economic mechanism for business development in Libya
(Alandalus University for Science and Technology, 2023)
The aim of this study is to seek to develop a regulatory and economic mechanism to improve the efficiency of commercial structures in Libya. To achieve this goal, the inductive approach was followed in addition to the ...
Evolution of copper ions in high-silica thin films
(Alandalus University for Science and Technology, 2022)
The paper studies Thin Films based
on Silica which doped with Copper Ions
(SiO2:CuO) at A Molar Ratio of (1:0.20;
1:0.30; 1:0.40) Deposited on Quartz and
Silicon Substrates. The films were
obtained by ion sputtering ...
Obtaining high silica powders containing copper ions of a given stoichiometric composition
(Alandalus University for Science and Technology, 2022)
The paper presents the results of
studies of the Technological Stages of
Obtaining High-Silica Powders
Containing Copper Ions by the Sol-Gel
Method. It has been shown that metal
nanoparticles in a xerogel matrix ...
Мишени (MgO:CoO и ZnO:CoO), получаемые золь-гель методом для вакуумного напыления
(ЛЕМА, 2023)
Изучено влияние технологических режимов синтеза порошков MgO:CoO и
ZnO:CoO на структуру и валентное состояние ионов кобальта. Установлено, что размеры
частиц ZnO:CoO находятся в пределах от 390 до 800 нм, а размеры ...