摘要
CNTs/TiH2 composite powders were prepared by plasma enhanced chemical vapor deposition （PECVD）. CNTs dispersed uniformly on the surface of Till2 particles and few defects were found in the tubular structure of the CNTs. According to DTA analysis, CNTs do not react with the base material Ti under 1 200 ~C. In order to investigate the application of CNTs/ Till2 powders in brazing, CNTs/TiH2 powders were mechanically mixed with Ni powders to develop a new type of brazing powder, and wetting experiments at 1 100 ~C showed a good wettability of CNTs/TiNi brazing powder.
CNTs/TiH2 composite powders were prepared by plasma enhanced chemical vapor deposition （PECVD）. CNTs dispersed uniformly on the surface of Till2 particles and few defects were found in the tubular structure of the CNTs. According to DTA analysis, CNTs do not react with the base material Ti under 1 200 ~C. In order to investigate the application of CNTs/ Till2 powders in brazing, CNTs/TiH2 powders were mechanically mixed with Ni powders to develop a new type of brazing powder, and wetting experiments at 1 100 ~C showed a good wettability of CNTs/TiNi brazing powder.
基金
This work was supported by the National Natural Science Foundation of China （Grant No. 51105108 ） and the Fundamental Research Funds for the Central Universities （Grant No. HIT. NSRIF. 2010113）.
