Исследование экзотермических механически стимулированных реакций в оксидно-сульфидных системах
Диссертация
Строго говоря, кинетика реакции не может быть охарактеризована одной температурой зажигания. По мере того как температура порошка повышается, скорость реакции увеличивается постепенно. Точка, в которой реакция может считаться самоускоряющейся, зависит также от скорости нагрева и переноса тепла между образцом и окружением. Описание теплового эффекта столкновения одной максимальной температурой… Читать ещё >
Содержание
- Глава 1. Механически стимулированные самораспространяющиеся реакции. Литературный обзор
- 1. 1. Высокоэнергонапряженные аппараты, используемые при проведении процессов МСР
- 1. 2. Типы химических реакций в процессе МСР
- 1. 3. Физико-химические особенности протекания процессов МСР
- 1. 4. Модель МСР процесса, основанная на температуре зажигания
- 1. 5. Модели зажигания
- Глава 2. Разработка и применение модельных представлений механохимии к описанию закономерностей МСР процессов. Роль теплового эффекта реакций при моделировании механохимических процессов
- Глава 3. Исследование МСР процессов в системе Zn-Sn-S
- 3. 1. Экспериментальное определение индукционного периода в зависимости от состава и условий механической обработки
- 3. 2. Определение величины плотностей тепловых источников на ударнофрикционном контакте частиц в системе Zn-S
- 3. 3. Модель расчета индукционного периода процесса МСР
- Глава 4. МСР с участием минерального и техногенного сырья
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