Preparation of biomedical carbon/carbon composites and their bone tissue biocompatibility;

The effect of plasma spraying powers on hydroxyapatite coated on carbon/carbon composites;

Microstructural evolution of phenolic resin-based carbon/carbon composites during pyrolysis;

Study on application of carbon/carbon composites;

Promising candidate as the aircraft engine material-carbon/carbon composite;

Oxidation mass loss rates of different samples at different temperature and time were studied,and relation of carbon felt density and oxidation behavior of carbon/carbon composite was studied.

Study on the oxidation mechanism of the coated C/C composites;

Cf/C composites were bonded to C/C composites with Cu based brazing filler metal at 1 000 ℃-1 100 ℃ in vacuum.

The recent advancement of the oxidation protective coatings of C/C composites in China was reviewed.

Effect of Infiltration Metal on Structure and Properties of C/C Composite Materials;

A self-lubricating polytetrafluoroethylene (PTFE) composite coating on the C/C composites with SiC interlayer was prepared by compression molding and sintering,and the friction and wear properties of the coating were measured.

The manufacture technology of C/C composite aeroplane brake discs were explored, General scheme was earnestly investigated, stable and reliable technological parameters were determined.

Research progress in matrix precursors for carbon-carbon composites;

W/TiC coating is successfully deposited by plasma spraying technique on carbon-carbon composites and the ablation-resistant is studied.

Carbon-carbon composites with a density of 1.