Синтез и исследование функциональных свойств низкоразмерных наноструктур на основе оксидов титана и ванадия
Диссертация
К наиболее ожидаемым областям практического использования нанотубуленов, наностержней и нанолент можно отнести катализ, сенсорику и дизайн новых химических источников тока. В первых двух случаях улучшение каталитических или сенсорных свойств может быть связано с дефектами и локальными искажениями металл-кислород слоев и возможностью изменения степени окисления центрального атома металла… Читать ещё >
Содержание
- 1. Введение
- 2. Обзор литературы
- 2. 1. Структура диоксида титана и титановых кислот
- 2. 2. Особенности структуры производных оксида ванадия (V)
- 2. 3. Механизмы формирования нанотубуленов
- 2. 4. Основные способы получения нанотубуленов и наностержней оксидов ванадия и титана
- 2. 5. Поверхность наноструктурированных оксидов Sd-металлов
- 2. 6. Модифицирование поверхности нанотрубок
- 2. 7. Основные достижения в практическом применении квазиодномерных наноструктур оксидов титана и ванадия
- 2. 7. 1. Сенсорные свойства материалов
- 2. 7. 2. Диоксид титана и пентаоксид ванадия в катализе
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