Fang Liu's Curriculum Vitae

Education

2003 ~ :	Ph.D Student Microscopy and Microanalysis Department of Experimental Physics Chalmers University of Technology  and Göteborg University SE-412 96 Göteborg, Sweden
2001 ~ 2002:	International Master Program of Advanced Materials Chalmers University of Technology
1997 ~ 2000:	Graduate Study for Master of Science in Engineering (with thesis) Major in Biomedical Engineering Polymer Material Science and Engineering Department Sichuan University
1993 ~ 1997:	Undergraduate Study for Bachelor of Science (with thesis) Major in Polymer Material Science Polymer Material Science and Engineering Department Sichuan Union University + Rank first out of 75 students Average Score 92.5/100

Research Experience

1998 ~ 2000:	Research for thesis "Synthesis and Characterizations of Polyurethane Elastomers for Cardiovascular Diagnose Catheters" Polymer material Science and Engineering Department Sichuan University
1996~1997:	Research assistant "Sulfonated Polysulfone for blood purification" Polymer materials Science and Engineering Department Sichuan Union University+

Honors

 

Hua Xin Scholarship 1994

Dow Chemistry Scholarship 1995

Bao Gang Scholarship 1996

Excellent Graduate of Sichuan Union University⁺ 1997

Excellent College Student of Sichuan Province 1997

Best Bachelor Thesis 1997

Guang Hua Scholarship for postgraduates 1998

Publications

1.     Fang Liu, Yangqing Ou, Yilun Yue, Studies on Sulfonated Polysulfone and its Application in Blood Purification, Journal of Sichuan Union University (Engineering Science Edition), Vol. 2 (supplement), 1998, (in Chinese).

2.     Yinping Zhong, Fang Liu, Deyong Wang, Development of the Studies on Materials of Interventional Catheters, Proceeding of the 6th Annual Meeting of Biomaterials of China, 1999, (in Chinese).

3.     Fang Liu, Yinping Zhong, Deyong Wang, Studies on Polyurethanes for Interventional Catheters, the Journal of Biomedical Engineering (in Chinese), Vol. 16,1999.

4.     Fang Liu, Synthesis and Studies on Structures and Properties of Polyurethanes for Interventional Catheters, Master Thesis, Sichuan University, 2000.