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Information × Registration Number 0225U000808, (0121U113447) , R & D reports Title Develop new methods, including "Green synthesis", obtaining bioactive nanosized particles and multifunctional composites popup.stage_title Встановлення закономірностей перебудови і стабілізації ЗД на основі гетито-смектитів в присутності мінеральних нанодомішок (карбонатів, морської солі, оксидів заліза). Розроблення методів синтезу гібридних гідрогелів на основі синтетичних та природних полімерів і нанорозмірних модифікованих глинистих мінералів зі слоїстими структурами, як природних (монтморилоніт, бентоніт тощо), так і синтетичних (лапоніт). Head Prokopenko Vitalii A., д.т.н. Registration Date 19-01-2025 Organization F. D. Ovcharenko Institute of Biocolloidal Chemistry NAS of Ukraine popup.description1 Development and study of conditions for controlled synthesis of bioactive nanosized particles of different nature, stabilized by natural polymers and natural clay minerals; establishing the relationship between the structure, physicochemical and functional properties of nanocomposites with different form factors; development of methods for their incorporation into the structure of functional "smart" (pH and thermosensitive) hydrogels; establishing the influence of a number of factors, including in the conditions of "green synthesis", on the mechanisms of nanostructured contact transformation and rheological behavior of real and model iron-aluminosilicate mineral materials and dispersions popup.description2  Development and study of conditions for controlled synthesis of bioactive nanosized particles of different nature, stabilized by natural polymers and natural clay minerals; establishing the relationship between the structure, physicochemical and functional properties of nanocomposites with different form factors; development of methods for their incorporation into the structure of functional "smart" (pH and thermosensitive) hydrogels; establishing the influence of a number of factors, including in the conditions of "green synthesis", on the mechanisms of nanostructured contact transformation and rheological behavior of real and model iron-aluminosilicate mineral materials and dispersions Product Description popup.authors popup.nrat_date 2025-01-19 Close