Zhengyuan Hui

Biography

Education background: 1999.9-2003.7 Fuzhou University, Department of Chemistry, chemistry, bachelor's degree 2003.9-2006.5 Chinese Academy of Sciences, Fujian Institute of Material Structure, condensed matter physics, master's degree 2007.9-2011.10 Australia Monash University (Monash University), materials engineering, PhD work experience: 2006.5-2006.9 Shanghai Institute of Ceramics, Chinese Academy of Sciences, a research assistant 2006.9-2007.7 Fuzhou University, national Engineering Research Center of Chemical fertilizer catalyst, a research assistant 2011.10-2012.8 Australia, Monash University (Monash University), Department of materials Engineering, Postdoctoral 2012.8-2014.1 Australia, Commonwealth Scientific and Industrial Research Organization, CSIRO, Postdoctoral 2014.2-2017.1 Australia, New South Wales University, Vice-chancellor's Postdoctoral Research Fellow) Research Project: Plasmonic Water Splitting, $ 38 million 2017.3 - Professor of Minjiang Scholar, Fuzhou University

Research Interest

Nano optics, surface plasmonics, information storage and security, biosensing and single molecule detection, photoelectrochemistryDuring the stay in Australia, mainly engaged in metal nanostructure processing, self-assembly and surface plasma sub-wavelength optics and its application in information storage and security, molecular sensing and catalysis. (IF = 11.309, 3), "Advanced Materials" (IF = 18.960, 2), "Advanced" (IF = 11.309, 3), "Advanced Materials" (IF = 11.382, 1), "American Chemical Society - Nano" (IF = 13.334, 1) and other types of academic papers 46, the first author and the author of SCI SCI papers 23 (impact Factor 10 or more papers 5); papers were cited more than 2390 times, H index 21, high cited papers 6, single cited more than 100 times the number of papers 7, highlights papers and hot papers 2. Was invited to do five international conference reports, and served as chairman of the two international conference sessions. Research direction: surface plasmon optics and its applications in catalysis, biosensing, and aspects of the information stored main contents (1) surface plasmon metallic nanostructures and self-assembly process (2) sub-nanometer scale quantum coupled to the surface plasmon Quantum Switch (3) Surface Plasmon Optical Information Storage and Security (4) Surface Plasmon Biosensor - Single Molecule Detection (5) Surface Plasmon Enhanced Photocatalysis (6) Surface Plasmon Enhanced LED Light Emitting Device