期刊论文

Zhou, Y.

中文

环境工程学报

1673-9108

2023

17

1

48-58

10.12030/j.cjee.202209058

52000066:国家自然科学基金 2021GK4055:湖南省高新技术产业科技创新引领计划资助项目 2020NK2007:湖南省高新技术产业科技创新引领计划资助项目

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为探究电化学阳极氧化技术降解水中甲萘威的效率和能耗,通过电化学氧化-自掺杂还原法制备了高活性亚氧化钛纳米管(Ti/Ti4O7-NTA)阳极,比较了其与Ti/Ti4展开更多 为探究电化学阳极氧化技术降解水中甲萘威的效率和能耗,通过电化学氧化-自掺杂还原法制备了高活性亚氧化钛纳米管(Ti/Ti4O7-NTA)阳极,比较了其与Ti/Ti4O7、Ti/Ti4O7-PbO2-Ce阳极电化学降解甲萘威活性;考察了电流密度、甲萘威初始质量浓度、电解质种类、溶液初始pH等参数对甲萘威降解率的影响;分析了甲萘威电化学反应能耗和电流效率。结果表明:Ti/Ti4O7-NTA阳极电化学活性较高,电化学降解甲萘威效率和溶液总有机碳去除率可达96.1%和80.2...

To explore the performance and energy consumption of electro-oxidation technology for carbaryl degradation in water,a highly active Ti/Ti4O7-NTA anode was synthesized via the electro-oxidation within selfdoping reduction technology,and its reactivi...MORE To explore the performance and energy consumption of electro-oxidation technology for carbaryl degradation in water,a highly active Ti/Ti4O7-NTA anode was synthesized via the electro-oxidation within selfdoping reduction technology,and its reactivity for carbaryl electro-oxidation was analyzed and compared with the Ti/Ti4O7and Ti/Ti4O7-PbO2-C...