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Файл:О роли когерентности в сверхслабых взаимодействиях в биосистемах и биосфере. Монография.pdf
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- •Содержание
- •ВВЕДЕНИЕ
- •1.1. Когерентные колебания электрических диполей дальнего порядка
- •1.2. Водная среда
- •1.4. Туннелирование электрона в редокс-цепях
- •ГЛАВА 2. Радиоволновой диапазон
- •2.1. Микроволновой и терагерцовый диапазоны
- •2.4. Магнитные взаимодействия
- •ГЛАВА 3. ИК-, видимый и УФ-диапазоны
- •2.2. Низкочастотный диапазон
- •2.3. Наномеханические колебания
- •3.2. Эмиссия фотонов и сверхслабое излучение
- •4.2. Структурные флуктуации в воде: величины, пространственные и временные масштабы
- •4.4. Гидратная оболочка биомолекул
- •4.5. Выводы
- •6.1. Возбужденные конформационные состояния протеинов
- •8.1. Синхронность вариаций приливной силы и некоторых биопроцессов
- •8.3. Механизмы, связанные с ионизацией
- •8.4. Механизм энергетического возбуждения молекул
- •8.5. Сценарий структурных изменений биомембран и биомолекул
- •8.6. Взаимодействие синхронизации внешним сигналом и биологических часов
- •8.7. Заключение
- •9.1. Возможные механизмы нелинейных процессов в геосреде
- •9.2. Триггерное воздействие прилива
- •9.4. Другие триггерные воздействия
- •9.5. Влияние на живые организмы
- •9.6. Выводы
- •ЗАКЛЮЧЕНИЕ
- •СПИСОК ЛИТЕРАТУРЫ
- •ПРИЛОЖЕНИЕ

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