Синтез и свойства (гетеро) ароматических хемосенсоров для нитро-, нитрозосоединений, а также органических анионов
Диссертация
Таким образом, супрамолекулярная химия изучает системы молекул (полученных с использованием приемов синететической органической или биоорганической химии, а также представляющих собой природные соединения) посредством изучения их структуры, роли и свойств. Кроме того, супрамолекулярные ансамбли могут состоять как из молекул, так и из атомов, ионов, связанных между собой посредством нековалентных… Читать ещё >
Содержание
- 1. Литературный обзор 6 Синтетические рецепторы для нитро (нитрозо)содержащих молекул и органических анионов
- 1. 1. Синтетические рецепторы для распознавания оксидов азота
- 1. 2. Хемосенсоры для обнаружения нитроароматических соединений
- 1. 3. Синтетические рецепторы для обнаружения анионов
- 2. Обсуждение результатов 56 2.1 Моделирование и синтез рецепторов на основе калике[4]аренов
- 2. 1. 1. Моделирование и синтез рецепторов на основе каликс[4]аренов для обнаружения, хранения и утилизации окислов азота
- 2. 1. 2. Получение инкапсулированных нитрозирующих реагентов на основе каликс[4] аренов и их использование для нитрозирования органических молекул
- 2. 1. 3. НОВЫЕ ВОЗМОЖНОСТИ КАЛИКСАРЕНОВ: Получение синтетических нанотрубок и каликсаренов, иммобилизованных на силикагеле
- 2. 1. 4. НОВЫЕ ВОЗМОЖНОСТИ НИТРОЗИРОВАНИЯ КАЛИКСАРЕНОВ: Использование каликсаренов для обнаружения амидов и эфиров азотистой кислоты
- 2. 2. Флуоресцентные сенсоры для определения нейтральных молекул 104 2.2.1 Флуоресцентные материалы для визуального обнаружения 104 нитроароматических соединений в растворах и в воздухе
- 2. 2. 2. Флуоресцентные материалы для визуального обнаружения нитроароматических соединений в воздухе. От синтетического дизайна к применению на реальных объектах
- 2. 3. Флуоресцентные материалы для визуального обнаружения физиологически-активных анионов в водных растворах
- 2. 4. Адаптирующиеся флуоресцентные сенсоры для обнаружения
- ТНТ и его производных
- 3. Экспериментальная часть
- Выводы
- Список литературы
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- Выражаю свою глубокую благодарность и признательность своему научному консультанту академику РАН Чупахину О. Н. за поддержку, неустанное внимание и помощь в выполнении работы.
- Спасибо и вечная память моей маме.
- Спасибо моей жене за долготерпение, поддержку и заботу.
- Особое спасибо и вечная память моему коллеге, учителю, другу и Ученому и Человеку с большой буквы -Дмитрию Рудкевичу человеку, который первым познакомил меня с волшебным миром супрамолекулярной химии.