Its main research topics include electrochemical hydrogen sensor, alloy electrodeposition, nano-material preparation, metal corrosion detection and monitoring technology, magnesium alloy surface treatment and electroplating, nano-bioelectrochemistry and so on.
2. Education
Doctor of Engineering, Institute of Metal Corrosion and Protection, China Academy of Sciences, 1999.7.
Shenyang University of Technology, majoring in foundry, Master of Engineering, 1990.6.
Bachelor of Science in Chemistry, Hunan University, 198 1. 12.
3. Teaching situation
Participate in the compilation of teaching materials; & gt 10/machinery industry press (1993.8), which won the second prize of the third excellent textbook of the State Education Commission on October 23rd. In addition, lectures on corrosion electrochemistry research methods and engineering materials chemistry have been compiled, and many books such as >, "electrochemistry-basic principles and research methods", "electrochemistry principles and methods" and "electrochemistry theory and testing technology" are available for teaching in colleges and universities.
He has taught alloy thermodynamics, general chemistry, engineering university chemistry, chemical engineering thermodynamics, metal corrosion research methods, corrosion electrochemistry research methods, physical chemistry, electrochemical principles, electrode process dynamics, electrochemical research methods, etc. 10, and has more than 20 years of teaching experience in colleges and universities.
4. Scientific research status
Engaged in electrochemistry, material protection and functional materials research. The main scientific research projects undertaken and completed are: preparation of palladium alloy nanowires and study on the kinetic mechanism of hydrogen absorption (National Natural Science Foundation of China); Study on interface reaction between pre-plating of magnesium alloy and electrodeposition of high-density coating (National Natural Science Foundation of China): Study on electrochemical corrosion mechanism of metal under thin liquid film (National Natural Science Foundation of China); Study on the assembly and film-forming mechanism of magnesium alloy protective nanostructure film (State Key Laboratory of Metal Corrosion and Protection, Hunan Science and Technology Department); Study on cyanide-free electroplating process of magnesium alloy electronic products and automobile parts with high corrosion resistance (Guangzhou Science and Technology Research); Study on on-line nondestructive testing technology of hydrogen corrosion of steel (Liaoning Education Commission): Study on nonlinear dynamics of cyclic voltammetry hydrogen electrode (Liaoning Science and Technology Commission): Study on corrosion mechanism and protection technology of magnesium alloy (Hunan University Research Fund); Research on Detection and Evaluation Technology of Hydrogen Sulfide Corrosion (China Petrochemical); A number of national, provincial and ministerial scientific research topics, such as the research on fluorocarbon spraying technology for building aluminum plates (Hunan Provincial Construction Department). He has published more than 50 academic papers in important international and domestic academic journals and applied for 3 invention patents.
5. Main representative works
(1) Xiao Yaokun, *, Yuan Juan, Wang Jinyin, Chen. Preparation of Pd-Ni alloy nanowire arrays on HOPG surface by electrodeposition. Acta electrochemistry, 2006,51:4218-4227.
(2) Xiao Yaokun, Bai Wengong, *, Wang Jinyin, Hu Bonian, Chen. Electrodeposition of Pd-Ag alloy nanowires on highly oriented pyrolytic graphite. Journal of Applied Electrochemistry, 2006,36 (7): 807-812.
(3) Chen Jueling, *, Hu Bonian,, Ye Liyuan,. Zinc transition layer in electroless nickel plating. Surface and coating technology, 2006,201(3-4): 686-690.
(4) Hu Bonian, *, Chen Jueling, Li Yingli and Ye Liyuan. Study on cyanide-free electroless nickel-phosphorus plating on magnesium alloy AZ91d. Journal of Materials Science and Technology, 2005,21(3): 301-306.
Yu Gang *, Liu Yuelong, Mars, Ye Liyuan, Guo Xiaohua, Zhao Liang. Corrosion and protection of magnesium alloys. Journal of China Nonferrous Metals Society, 2002,12 (6):1087-1098.
(6) Yu Guozhen, Zhang Xiaoyan and Du Yanlin. "Monitoring of Mobile Hydrogen in Hydrogenation Reactor Wall", Corrosion, 200 1, 57( 1):7 1-77.
6. Advantages of applying for graduate students majoring in chemistry, electrochemistry and materials science:
(1) exam subjects are easy: politics, foreign languages, physical chemistry (science), organic chemistry (science) (no mathematics);
(2) The research direction is the frontier of disciplines: nanotechnology, biotechnology and materials science are the frontier fields of chemistry in 2 1 century;
(3) electrochemistry and materials science have broad application prospects and are very helpful for employment;
(4) Postgraduates in this major have the opportunity to study directly. Postgraduates with electrochemical foundation are welcome to apply for doctoral students in this field.