Yang Chenghao 1.
Yang Chenghao, Professor and Doctoral Supervisor, School of Environment and Energy, South China University of Technology. Winner of Guangdong Outstanding Youth Fund, the first core member of Guangdong Pearl River Talents Program, director of Guangdong Energy Material Surface Chemistry Engineering Technology Research Center, and director of Guangzhou Key Laboratory of Energy Material Surface Chemistry.
Mainly engaged in the development and industrialization research of key materials and devices of lithium ion batteries, sodium ion batteries and solid oxide fuel cells, and characterized by in-situ X-ray diffraction, in-situ Raman and in-situ TEM. This research work has published more than 70 SCI papers in Adv.mater and Angew Chemistry. It is edited by … (VIP), energy and environmental science, advanced functional materials (back cover), ACS nano, NPG Asian materials and nano energy.
The research results applied for 16 patents in the United States and China. He has presided over more than 0 scientific research projects 10, such as National Natural Science Foundation, Doctoral Program Fund of Ministry of Education, Guangdong Outstanding Youth Fund, Guangdong Natural Science Foundation, Guangdong Science and Technology Plan, China Southern Power Grid, etc.
2. Chen Yan.
Winner of "Outstanding Talents Introduction Program" of South China University of Technology. He has published more than 20 papers in Adv. Energy Mater, an advanced energy material. Energy and environmental science energy and environment. Sci。 And JACS of the American chemical society. He has made many academic reports at world-famous international academic conferences, including two specially invited reports and nine oral reports of the first author's branch.
The home page of Massachusetts Institute of Technology and the professional website of American fuel cell made a special report on "Changing the blueprint of energy field-the help of Chen Yan's research on fuel cell catalytic materials to integrate new energy schemes" (http://web.mit.edu/NSE/news/sports/2014/Chen.html). He has served as a reviewer for many magazines such as energyenviron.sci, j.mater.chem.a and pccp
His academic achievements have won the national self-funded scholarship for overseas students (in recognition of outstanding overseas doctoral graduates), the student award, the young researcher support program awarded by the International Solid-State Ion Association (SSI), and the Schlumberger Foundation for future scholarships.
3. Liu Jiang
The solid chemistry laboratory led by Professor Liu Jiang is mainly devoted to the development of solid materials and devices related to new energy technologies. The research nature covers from basic theory to application development. At present, the research contents mainly include: synthesis, preparation, performance characterization of solid electrolyte and electrode materials and their applications in energy conversion devices and oxygen-permeable membranes;
The development of solid oxide fuel cell (SOFC) devices includes the preparation of porous electrode support, electrolyte membrane, porous electrode thick film, battery monomer testing, microstructure characterization and its influence on performance. Development of fuel cells using hydrocarbon fuels (natural gas, liquefied petroleum gas, gasoline and dimethyl ether), including the development of anode catalysts.
4. Kang Wuxiong.
Kang is currently engaged in surface functionalization of metal nanoparticles, interfacial electron transport mechanism, shape and size regulation of metal nanoparticles, application in electrochemical catalysis, dye-sensitized solar cells, ultrafast transient laser spectroscopy, efficiency optimization, stability improvement and mechanism research of perovskite solar cells.
The main research direction is: metal (M) nanoparticles: using ruthenium (Ru), rhodium (Rd), palladium (Pd), platinum (Pt) and other metals as carriers, functionalizing the surface of metal particles to form metal-nonmetal valence bonds, thus changing their * * * yokes, electron transmission modes and photoelectric physical and chemical properties. Electrochemical catalysis: Metal nanoparticles are used as catalysts for oxygen reduction and CO2 reduction on fuel cell electrodes. The influence of surface functionalized metal nanoparticles on catalytic performance and its mechanism were studied.
Dye-sensitized solar cells: The mechanism of intermolecular agglomeration of organic dyes may affect the quenching of excited States of dye molecules, the interaction between dye molecules and the surface of base semiconductor materials, the process of injecting electrons from excited States of dye into semiconductor and back flowing from semiconductor to organic molecules, and its potential impact on the efficiency of dye-sensitized solar cells.
Perovskite solar cells: study the efficiency and stability of solar cells, carbon electrode materials, transient absorption and fluorescence spectrum analysis of excited States, charge transfer mechanism and its influence on battery efficiency.
South China University of Technology:
South China University of Technology is located in Guangzhou, Guangdong Province. It is a national key university directly under the Ministry of Education and jointly established by the Ministry of Education and the Guangdong Provincial People's Government. He is a national "2 1 1 project", "985 project" and "double-class" construction university, and has been selected as an outstanding engineer in the "Academic Innovation and Intelligence Introduction Program of Universities".
Party Secretary Zhang Xichun and President Zhang Liqun. The school motto is "erudite, thoughtful, discerning and faithful". By September 2, 20221,official website Display School was divided into Wushan Campus, University Town Campus and Guangzhou International Campus. The school has developed into a comprehensive research university that combines science and engineering with medicine, and the management, economics, arts and sciences and law develop in harmony.