Experimental Study of the Effect of Termodynamic Parameters on Synthesis of Nanostructured Aluminum Oxide-Based Composite Particles by Sub- and Supercritical Water Oxidation
摘要
Abstract
The synthesis of a catalyst carrier precursor by sub- and supercritical water oxidation of metallic aluminum followed by iron oxide deposition has been investigated. The dependences of the physicochemical properties of the samples on temperature, reaction time, and supercritical fluid density have been examined. Conclusions have been drawn about the optimum reaction parameters ensuring the maximum specific surface of the samples.