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研究了TiCl_3对气体S-C-N-B-Ce共渗动力学过程、组织和性能的影响,筛选出实现低温气体560℃S-C-N-B-Ce共渗获得较好组织与性能的TiCl_3的最佳加入量;用金相、X射线及电子探针等技术对渗层进行了较系统的分析,对TiCl_3的催渗机理及Ti的渗入机理进行了探讨。
The effects of TiCl_3 on the co-osmotic kinetics, microstructure and properties of gas SCNB-Ce were studied. The optimum addition amount of TiCl_3 for achieving better microstructure and properties of SCNB-Ce gasification at 560 ℃ was screened out. X-ray and electron probe technologies such as the infiltration layer of a more systematic analysis of TiCl 3 infiltration mechanism Ti infiltration mechanism were discussed.