摘要
研究了以钛酸四丁酯为原料制备纳米TiO2膜电极的方法,并使用纳米TiO2膜电极作电解阳极,以铅板作阴极,在顺丁烯二酸还原为丁二酸的电解装置中运用,结果产品的收率和电流效率较高,极板的使用寿命长,并且减少了环境污染和劳动强度。
This work studied the method how to prepare manocryslaUine TiO2 film electrode, using tetrabutyl titanate as raw material, and it was used in the process of the electrolysis setting that cis - butenedioicacid was deoxidized to butanedioic acid, by using manocrystalline TiO2 film electrode as the electrolysis anode, and making the cathode with the plank of lead. The result was that the products yields and the electric current efficiencies were higher. The useful life was long, and reduced the pollution of the environment and the labor strength.
出处
《资源开发与市场》
CAS
2007年第8期679-680,共2页
Resource Development & Market
基金
安徽省教育厅自然科学研究项目(2005KJ133)
关键词
纳米TIO2
丁二酸
电解合成
顺丁烯二酸
manocrystalline TiO2
butanedioic acid
electrolysis synthesis
cis - butenedioic acid
