Gao, Xuenong
time: 2015-07-30

Introduction:


Prof. Xuenong Gao
Vice director of
The Key Laboratory of Enhanced Heat Transfer and Energy Conservation,
Ministry of Education, China, South China University of Technology.
Tel.: 86-20-87113870: Fax: 86-20-87113870: E-mail:
cexngao@scut.edu.cn.
1997-Ph. D., (Chem. Eng.) South China University of Technology, China.
1994-M. S., (Chem. Eng. ) South China University of Technology, China.

Research Areas:
Enhanced heat transfer on boiling and condensation of mixtures;
Cooling of electronic equipment;
Nanometer materials and technique in energy utilization;
Enhancement of unit operation in chemical industry.
Awards and Honors:
Second Prize of National Technology Inventions, 2004
Second Prize of Science and Technology Progress of Canton, 2003
Second Prize of Science and Technology Progress of Ministry of Education, China, 2000
Second Prize of Natural Science of Canton High Education Department, 2000
Third Prize of Canton Natural Science, 1999
Current Research Projects:
Co-production flow-sheet and Demonstration work of ethyl acetate and butyl acetate, sponsored by the National High Technology Program (863).
Industrialization and key technologies on outdoor gas water heater, sponsored by the GD-HK Science and Technology Biding Program.
Recent Publications:
Zhengguo Zhang, Dabin Ma, Xiaoming Fang, Xuenong Gao; Experimental and numerical heat transfer in a helically baffled heat exchanger combined with one three-dimensional finned tube,Chemical Engineering and Processing,Vol.47,No.2,p1738-1743,2008
Gao Xuenong,Yin Huibin, Huang Yuyou,Zhang Zhengguo;Heat Transfer of Boiling R134a and R142b on a Twisted Tube with Machine Processed Porous Surface,J. of Chinese Chemical Engineering,Vol.16,No.3,p492-496,2008
Yin Huibin,Gao Xuenong,Ding Jing, Zhang Zhengguo; Experimental research on heat transfer mechanism of heat sink with composite phase change materials,Energy Conversion and Management,Vol.49,No.6,p1740-1746,2008
Yutang Fang, Shengyan Kuang, Xuenong Gao;Zhengguog ZhanPreparation and characterization of novel nanoencapsulated phase change materials,Energy Conversion and Management,Vol.49,No.12,p3704-3707,2008