The research progress of all solid state thin film lithium battery was summarized and its configuration, principle, fabrication methods were introduced, and the research progress of cathode and anode film and electrolyte film was presented as well.

Effects of the Addition of a Crosslinker on Properties of Carbon Anode Materials ;

Surface Modifications of Carbon Materials Used as Anode of Lithium Ion BatteryⅡ.The Carbon Material with Core Shell Structure and Its Positive Effect on Cell Performance of Graphite Anode;

Surface Modifications of Carbon Materials Used as Anode of Lithium Ion Battery Ⅲ. Improvement of Artificially Imposed Solid Electrolyte Film on Cell Performance;

The electrochemical behavior of alloy cathode was studied by electrochemical polarization methods in synthetic seawater, and the corrosion rate was measured by soak methods as well as the corrosion surface was observed by using SEM.

The factors included the cathode, anode, separator and electrolyte.

Tin-based cathode materials for lithium ion secondary batteries have the predominance of high ca-pacity and low costs,which is one of researching hotspots for the cathode materials of high capacity.

Factors influencing structure and performance of negative electrode SEI for Li-ion battery;

Research on electrochemical characteristics of negative electrode in Polymer lithium ion battery;

The influence of modified sodium lignosulphonate on the performance of negative electrode in lead-acid batteries;

Research progress on novel non-carbon negative electrode materials for lithium ion batteries;

The methods for improving the properties of graphite negative electrode materials in Li-ion battery;

Development of Li-ion batteries for military fields and its negative electrode materials;

Study of Co_3O_4 with doped PTFE as negative electrode material;

The solid solution alloys showed easy activation behavior(to reach the maximum capacity within 3 cycles) and favorable rate dischargeability as a negative electrode material in Ni-MH batteries.

Polyacrylonitrile(PAN)-based carbon felt and nickelfoamor carbon felt with Ni or Co coat were used as positive and negative electrode materials for the polysulfide/bromine battery(PSB).