Coke particles reinforced pitch-based carbon composites(CRPCCs)with high density and low cost were fabricated under atmospheric environment by an efficient mould pressing and semi-carbonization shaping technologies.

The effects of the weight of natural graphite on the electrochemical properties of carbon composite for the anode of lithium ion cells were studied.

The electrochemical performances of mesocarbon,natural graphite and carbon composite for the anode of lithium ion cells were comparatively studied,and the effects of heat-treated temperature on the characteristics of carbon graphite were investigated.

Influence of texture of C/C composites on the shape of magnetoresistance-orientation angles curves;

Influence of infiltrating Si on friction properties of two dim ension weaving C/C composites;

Effect of graphitization degree on the mechanical properties of C/C composites;

A study on ablation properties of carbon/carbon composites manufactured by chemical liquid deposition;

Simulation of temperature field of carbon/carbon composite during braking;

Process of preparing new type of heat insulation carbon/carbon composite

Fast densification Study of C/C composites with multi-coupling fields CVI;

Effect of fiber volume fraction on friction and wear properties of C/C composites;

Study of melting and infiltrating Si for the C/C composites;