当代化工
噹代化工
당대화공
Contemporary Chemical Industry
2015年
9期
2246-2249
,共4页
电催化%DSA%电极改性
電催化%DSA%電極改性
전최화%DSA%전겁개성
Electrocatalysis%DSA%Modified electrode
有机废水对环境造成的污染越来越严重,钛基 DSA 电极用于处理有机废水受到了国内外的广泛关注。提高电极的稳定性、电催化活性、电极寿命是处理有机废水的关键。综述了钛基改性电极制备技术、研究进展和未来研究方向。
有機廢水對環境造成的汙染越來越嚴重,鈦基 DSA 電極用于處理有機廢水受到瞭國內外的廣汎關註。提高電極的穩定性、電催化活性、電極壽命是處理有機廢水的關鍵。綜述瞭鈦基改性電極製備技術、研究進展和未來研究方嚮。
유궤폐수대배경조성적오염월래월엄중,태기 DSA 전겁용우처리유궤폐수수도료국내외적엄범관주。제고전겁적은정성、전최화활성、전겁수명시처리유궤폐수적관건。종술료태기개성전겁제비기술、연구진전화미래연구방향。
Environment pollution caused by the organic wastewater is becoming more and more serious, wide attention both at home and abroad has been paid to the treatment of organic wastewater with titanium based DSA electrode, the key is how to improve the stability of the electrode, electrocatalytic activity and electrode life. In this paper, preparation technologies and research progress of modified titanium based DSA electrode were reviewed; the future research direction was discussed.