Analysis of water migration in porous material using micro-CT during wetting;
多孔介质浸湿过程水分迁移的微CT分析
The selection of the metal matrixes and reinforcing particles for the composites and the ways to improve the wetability between them are reviewed.
介绍了金属基陶瓷颗粒增强复合材料(metal matrix ceramic reinforced composites)的基体与陶瓷增强相的选择,同时指出如何有效地改善金属基体与陶瓷颗粒增强相之间的浸湿性问题。
2 ImVg, determined by BET absorption N2) were served as an example to determine its wetting heat in water, whose results were identical with the wetting heat of common solid recorded in literatures.
21m~2/g,BET吸附N_2法测定),直接测定了在水中的浸湿热,其结果与文献记载一般固体的浸湿热相符。