Получение, структура, свойства нанокомпозита на основе полибутена-1

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116. Наночастицы позволяют получить экологичные наполненные полимерные композиционные материалы с улучшенными свойствами.
117. Nanocomposite“, represented in the competition of the scientific degree of Doctor of Sciencein the specialty of 05.17.06 Technology and processing of polymers and composites.
118. Основные научные результаты, полученные автором:
119. Разработан новый нанокомпозит на основе ПБ-1 с улучшенными механическими и термическими свойствами.
120. Достигнуто существенное улучшение физико-механических свойств ПБ-1, несмотря на то, что расслоения наноглины не наблюдалось, а только имели место расслоение прослоек и уменьшение размера тактоид.
121. Обоснована дисперсия наночастиц в ПБ-1, лучшее чем в ПП.
122. Найдена взаимозависимость между разрушением упорядоченной морфологии полимера монтморилонитом и увеличением скорости И-1 перехода ПБ-1.
123. Basic scientific results, obtained by the author:
124. New PB-1 based nanocomposite with improved mechanical and thermal properties has been developed.
125. A significant enhancement of physical-mechanical properties was observed, even though exfoliation did not occur, but just a slight intercalation and a reduction in the size of tactoids.
126. Better nanoparticle dispersion in PB-1 vs PP was shown.
127. Montmorillonite was found to disrupt the ordered morphology of the polymer, determining a dramatic increase in the rate of the II-I phase transition.
128. Based on property balance a new application for PB-1 nanocomposite has been proposed. <
129. Как недостаток отмечаем, что в работе не нашло отражение влияние П1Р ПБ-1 на его нанокомпозит, а также недостаточно проработан вопрос улучшения взаимодействия глина полимер.
130. Диссертация представляет собой завершенную научно-исследовательскую
131. Easier dispersion of the filler in the PB-1 matrix, probably due to a better compatibility of the organoclay with the PB chains, was determined.
132. As deficiency we note that in the work the influence of PB-1 MFR value on its nanocomposite was not reflected and a question of the polymer clay interaction improvement was not studied sufficiently.
133. Др. Энрико Костантини Руководитель отдела развития новых продуктов и применений НИЦ им. Дж. Натта, Базелл Полиолефины
134. Базель Полиолефины Италия Срл Научно-исследовательский центр им. „Джулио Натта“ Площадь Донегани, 12 44 100 Феррара, Италия.
135. Dr. Enrico Costantini PAD Materials Modification, Additives & Application scouting Manager Basell Polyolefins /"Giulio Natta» R&D1. Centre —| j