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个人简介
Sheng Dai’s research expertise is to develop cutting-edge applications of functional materials and interfaces in healthcare, catalysts, separation processes, water treatment and clean energy. He has published 160 peer-review journal articles associated with over 11,000 citations and an H-index of 52.
Sheng Dai’s research expertise is to develop cutting-edge applications of functional materials and interfaces in healthcare, catalysts, separation processes, water treatment and clean energy, In details,
Functional nanohybrids as novel catalysts for hydrogen and oxygen evolution;
Acidic solid catalysts for biomass degradation;
Quantum dots and their applications in solar cells;
Ionic liquids for high performance metal air batteries;
Nanoparticle hybridized thin film reverse-osmosis membranes for desalination;
Advanced smart microgels for forward-osmosis desalination;
Bar-encoded polymers for early-stage complex disease diagnostics;
Functional biodegradable polymers/composites for drug and gene co-delivery;
Microgels for scaffold-free tissue engineering and regenerative medicines;
High performance wound self-repairing materials;
Effective electrochemical and biotechnological approaches to convert CO2 to fuels;
Microbial fuel/electrolysis cells in environmental engineering.
Sheng Dai’s research expertise is to develop cutting-edge applications of functional materials and interfaces in healthcare, catalysts, separation processes, water treatment and clean energy, In details,
Functional nanohybrids as novel catalysts for hydrogen and oxygen evolution;
Acidic solid catalysts for biomass degradation;
Quantum dots and their applications in solar cells;
Ionic liquids for high performance metal air batteries;
Nanoparticle hybridized thin film reverse-osmosis membranes for desalination;
Advanced smart microgels for forward-osmosis desalination;
Bar-encoded polymers for early-stage complex disease diagnostics;
Functional biodegradable polymers/composites for drug and gene co-delivery;
Microgels for scaffold-free tissue engineering and regenerative medicines;
High performance wound self-repairing materials;
Effective electrochemical and biotechnological approaches to convert CO2 to fuels;
Microbial fuel/electrolysis cells in environmental engineering.
研究兴趣
论文共 140 篇作者统计合作学者相似作者
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The Analyst (2024)
Chenxi Huyan,Dong Liu, Chuncheng Pan,Ding Wang,Zhanhu Guo,Xuehua Zhang,Sheng Dai,Ben Bin Xu,Fei Chen
Chemical Engineering Journal (2023): 144478-144478
SSRN Electronic Journalno. 22 (2023): 8793-8803
Advanced Materials Interfacesno. 15 (2022)
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