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M
Minghua Zhou
H指数:92
被引数:2.8万
个人简介
暂无内容
教育背景
1998.09 – 2003.03
Department of Environmental Engineering PhD
工作经历
暂无内容
荣誉奖项
- ScholarGPS TOP 0.05% Highly Ranked Scholar - Prior 5 Years（2024）
- Tianjin Science and Technology Progress (Second Prize) of Tianjin City（2023）
- Excellent Doctoral Dissertation Supervisor of Tianjin（2022）
- Teaching Achievement (Second Prize) of Tianjin（2022）
- World’s TOP 2% Scientists（2021-2024）
- Tianjin Science and Technology Progress (Second Prize) of Tianjin City（2020）
- National 10000 Plan Leader in Science and Technology Innovation（2019）
- Natural Science Award (2nd rank) of Tianjin City（2019）
- Tianjin High-level Innovation and Entrepreneurship Team Leader（2018）
- Young and Middle-aged Technology Leaders (Ministry of Science and Technology, China)（2017）｜Ministry of Science and Technology, China
- First Level of 131 Innovative Talents of Tianjin（2016）
- Highly Cited Scholars in China (Environmental Science)（2014-2023）
- Youth Sci. & Technol. Leader (Ministry of Environmental Protection)（2013）｜Ministry of Environmental Protection
- TOP 100 Discipline Leader (Nankai University)（2013）｜Nankai University
- Natural Science Award (1st rank) of Chinese Universities (Ministry of Education of China)（2012）｜Ministry of Education of China
- Chinese Young Electrochemist (Chinese Society of Electrochemistry)（2011）｜Chinese Society of Electrochemistry
- Young Researcher Momentum Award (Environmental area) (SCOPUS)（2010）｜SCOPUS
- ISE Oronzio and Niccolò De Nora Foundation award (International Society of Electrochemistry)（2010）｜International Society of Electrochemistry
- Green Talents (Federal Ministry of Education and Research, Germany)（2009）｜Federal Ministry of Education and Research, Germany
- Young Chemist Award (Chinese Chemical Society)（2009）｜Chinese Chemical Society
- NewCenturyExcellentTalentsinUniversity (Ministry of Education of China)（2008）｜Ministry of Education of China
- Marie Curie More Experienced Research Fellow (The European Commission)（2008）｜The European Commission
- Outstanding Youth (Chinese Society for Environmental Science)（2008）｜Chinese Society for Environmental Science
- Natural Science Award of Chinese Universities (Ministry of Education of China)（2008）｜Ministry of Education of China
纳米限域双位点Fe-Mo反应器对酚类污染物的精确聚合
Nature Communications
IF15.7
通过选择性吸附和相转移电催化再生实现新兴污染物的可持续低碳去除
Nature Communications
IF15.7
电催化界面重构实现选择性污染物聚合
Water Research
IF12.4
Nature Communications
IF15.7
表面羟基驱动下聚酚修饰的ZVI上=FeOFe(II)+和=FeOH2+的生成：Cr(VI)去除和表面钝化层去除的机理洞察
碳点界面工程在调控电荷转移方面的最新进展：从精细构建到多重应用
通过电解质工程增强硝酸根到碳酸氢铵的电催化还原
级联光电催化系统中的高效单线态氧生产用于水净化
构建Co3O4/g-C3N4异质结的氯代抗生素电催化脱氯以稳定产原子氢
指导净水氯化反应的缺陷位点的固有应变
NATURE COMMUNICATIONS
IF15.7
Fenton/类Fenton过程中活性氧产生的检测方法和机理
通过亚硫酸盐的光电化学活化实现卤代有机物的协同还原-氧化去除
通过3D富含氧空位的TiO2网络光阳极的太阳能驱动的氯化物活化，用于超快和持久地净化含盐废水
