Flow Reactor Studies of the Reaction Chemistry of Biopoly- mers and Related Model Compounds in Supercritical Fluids

本研究的目的是（1）完成对 复杂生物聚合物模型化合物（例如 葡萄糖和蔗糖）在超临界水和其它超临界水溶液中 （2）拓展了超临界均相分解的研究 流体温度高于500 ° C。 流动反应器已经被 设计为用作理想的活塞流反应器;因此， 停留时间、温度、压力、溶剂介质和 反应产物上的催化剂可以作为这两种物质的来源， 动力学数据和反应化学的机械理解。

The objectives of this research are (1) to complete studies of the reaction chemistry of complex biopolymer model compounds (such as glucose and sucrose) in supercritical water and other supercritical solvents, (2) to extend the studies of homolysis in supercritical fluids to temperatures greater than 500o C. The flow reactor has been designed to function as an ideal plug flow reactor; thus studies of the influence of residence time, temperature, pressure, solvent media, and catalysts on the reaction products can serve as a source for both kinetic data and mechanistic understanding of the reaction chemistry.