Male, born on April 22, 1914.
Graduated from the Department of Chemistry, Zhejiang University in 1935.
Professor, Fudan University. Male, born on April 22, 1914.
Graduated from the Department of Chemistry, Zhejiang University in 1935.
Professor, Fudan University.
Wu improved the method for the determination of
inner resistance of batteries. He systematically studied the electrochemistry of
China¡¯s rich element, antimony, and he used the curve of differential
capacity-potential to obtain the zero charge potential of antimony being
-0.19(0.02V, which revised the literature data and is adopted by the world. He
also obtained a number of valuable results in the research for practical
purposes, such as the determination of optimum concentration of electrolyte for
the production of reserve battery, the search for electrolytic solution used in
sensor of tiltmeter, and the work on conductive liquid for flight platform. In
his research on high energy lithium batteries, he creatively put forward the
intercalation reaction mechanism of Li/CuO battery. This mechanism revised
predecessors¡¯s view and has been accepted worldwide.
He was elected Member of the Chinese Academy of Sciences in 1980.
Research Interesting:
(1) Kinetics of Intercalation Electrode Reaction. (2) High Energy
Batteries©¤Lithium ion battery. (3) Solid Electrolytes.
The number of papers published in journals home and abroad: over 50
Selected Publications: (in the recent 5 years)
1.
Characterization of a new spinel Li-Cr-Mn-O for secondary lithium battery
J.
Electroanalytical Chemistry,
463(1999)24-28.
¡¡
2.
Structural and electrochemical properties of disordered carbon prepared
by the pyrolysis of poly(p-phenylene) below 1000oC for the anode of a
lithium-ion battery Carbon,
37(1999)1409-1416.
¡¡
3.
Electrochemical intercalation of lithium species into disordered carbon
prepared by the heat treatment of poly(p-phenylene) at 650oC for
anode in lithium-ion battery Electrochimica
Acta, 45(2000)1735.
¡¡
4.
The Study of Quaternary Spinel Phase Li-M-Mn-O (M=Ni, Cr, Mo, V) Cathode
¡¡
5.
Electrochemical Kinetics
China
Higher education Press Beijing and Springer-Verlag Berlin Heideberg, (1998).