ZHANG
Xiang-Min
Male, born on Nov. 16, 1962. He
received B.Sc. and graduated from Henan Normal University in 1983. He received
M.S. degree from Dalian University of Technology in 1986. Then, he joined the
Dalian Institue of Chemical Physics, Chinese Academy of Sciences, where he
received his Ph.D in 1994. He joined Fudan University as postdoctorate. He got
the position of associate professor of chemistry in 1996 and full professor of
chemistry in 1999. As Guest Professor and Guest Scientist, he visited T¨¹bingen
University and the National Research Center for Environment and Health in
Germany, respectively, from 1996 to 1997. He has undertaken 10 more research
projects from the National Science Foundations of China, key-projects from
Administration of S&T and Chinese Academy of Sciences, as well as
cooperative studies between China and US EPA etc., respectively. His research
works are mainly in the realm of proteomeics, signal chemicals in life sciences,
traditional Chinese medicines, environmental analysis, and separation system on
micro-chip.
Tel:
(021) 65643983
E-mail: xmZhang@fudan.edu.cn
Research Interesting:
Chromatography,
electrophoresis and hyphenated technique (theory, method development,
instrumentation, capillary columns, potable GC, on-chip separation systems,
2-demensional separations) for life science, traditional Chinese medicine,
environmental analysis.
The number of papers published in journals home and
abroad: 51
Selected Publications: (in the
recent 5 years)
1. A method to estimate
octanol-air partition coefficients of semivolatile organic compounds
Anal.
Chem., , 71(17) (1999),
3834-3838.
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2. Prediction of Kovats
retention indices on polar stationary phases using the Kovats indices on
non-polar stationary phases
Anal.
Lett., 30(1997),
1951-1966.
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3. A unified equation
for accurate prediction of Kovats indices on a specified phase from the data on
a standard phase
J. Chromatogr. A, , 731(1996), 187-199.
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4. Intelligent peak
identifications in multi-column system
Acta
Chimica Sinica., 54(1996), 906-910.
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5. ¡°Theoretical
Foundation of Chromatography¡±,
Science
Press. (1997), Beijing.