提出水热与溶剂热合成研究的几个交叉研究方向,包括原子尺度p-n结材料的水热合成,水热生物化学以及超临界水热氧化过程.水热与溶剂热化学研究的重点是特殊凝聚态的获得,新合成反应的开拓和新理论的建立.水热与溶剂热化学在凝聚态物理,生命以及环境科学领域的应用,对新概念材料,生命起源,环境友好等方面的研究起到了重要的推动作用.
New directions in hydrothermal and solvothermal chemistry were proposed, including the hydrothermal synthesis of atomic-scale p-n junction materials, hydrothermal biochemistry, and supercritical water oxidation processing. These studies emphasize synthesizing particular eondensates, creating novel chemical reactions, and establishing new theories. The applications of hydrothermal and solvolthermal chemistry to condensed matter physics, life and environment sciences may give rise to the new studies on new concept materials, the understanding for life origin, and environmental friendly processes.