【摘要】 在众多能源转换体系中,气体析出反应是一个庞大且重要的分支,其中氧气析出反应、氢气析出反应及氯碱中氯气析出反应作为常见的析气反应,是化工企业中的重要组成部分。如何有针对性的对析气反应设计制备相应的新型催化剂材料,以降低能源转换过程中的能耗,提高电解效率,是目前的研究重点。本文通过对疏气与疏液关系的研究,对如何有效制备超疏气材料有着重要的意义,如果想要获得超疏气材料,可以通过选取具有亲水性的本征材料制备催化剂,或者把催化剂制备成微纳米结构,从而获得了超疏气材料。更多还原

【Abstract】 In many energy conversion systems,gas evolution reaction is a huge and important branch. Among them,oxygen evolution reaction,hydrogen evolution reaction,and chlorine evolution reaction in chlor-alkali are common gas reactions. It is an important part of chemical companies. How to design targeted gassing reactions and prepare corresponding new catalyst materials so as to reduce energy consumption during energy conversion and improve electrolytic efficiency is the focus of current research.In this paper,the research on the relationship between the aerophobic and hydrophobic has important significance for how to effectively prepare the super gas-removing material. If we want to obtain super superaerophobic materials,we can prepare the catalyst by selecting the intrinsic material with hydrophilicity,or the catalyst was prepared into micro-nanostructures,thereby obtaining superaerophobic materials.更多还原