利用界面现象强化湿法冶金过程的基础研究

Modern measurment technologies and principles of surface, colloid and structural chemistries were adopted to investigate interfacial phenomena, with the aim of undestanding changes of interface state and properties caused by applied fields, mechanic activation, process coupling, and intensifing leaching, extraction and precipitation in hyfrometallurgy.

针对湿法冶金过程的非均相性，采用现代测试技术，运用表面和胶体化学、结构化学、量子化学和计算机模拟方法，研究物理外场、机械活化、化学活化、过程耦合等条件下，浸出、萃取、化学结晶过程中界面状态、性质、行为的变化规律及其在宏观效果上的反映；揭示界面传质与反应过程强化的机理；建立强化过程的速率模型，为湿法冶金技术发展提供指导。