多孔陶瓷材料的制备及其应用 丁正平 摘要:多孔材料由于其孔结构所具有的性能，在工业和社会生产中作用显著，本文第一章简述了多孔材料的分类、与传统材料的差别、制备的一般方法、评价体系以及应用。多孔材料主要分为两大类多孔陶瓷和多孔金属材料。多孔陶瓷由于既具有陶瓷的一般性质又具有独特的多孔结构，因而既具有一般陶瓷的性质，比如：耐热性能、稳定的化学性能、一定的强度；同时具有孔结构的渗透性能、吸声性能等等，因而在很多方面具有应用。本文综述了多孔陶瓷的几种制备方法、性能表征、以及几个方面的应用。 关键词：多孔 陶瓷 制备 应用 目录 1 .多孔材料································································1 1 .1 多孔材料的概念·····················································1 1 .2 多孔材料的分类·····················································1 1 .3 多孔材料的性能特点·················································2 1 .4 一般多孔材料的制备方法·············································3 1 .5 成品的评价系统·····················································3 1 .6 多孔材料的应用·····················································3 2 .多孔陶瓷································································4 2 .1 概述·······························································4 2 .2 性能特点···························································4 2 .3 多孔陶瓷制备方法···················································4 2 .4 性能及...
