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科研工作者把陶瓷纤维,晶须和其它材料的微粒添加到陶瓷基质内,制备出抗断裂性能、强度及热稳定性更好的高级复合材料。1987年,陶瓷界最令人振奋的消息是人们对液氮温度下氧化铜陶瓷的超导性的发现。这一完全出乎意料之外的重要发现迅速地打开了“超导革命的大门”。但是,还有另一场陶瓷革命也正在悄然而稳步地进行着。人们正在用高级陶瓷生产出越来越多的产
Researchers add fine particles of ceramic fibers, whiskers and other materials to the ceramic matrix to produce advanced composites with better fracture resistance, strength and thermal stability. In 1987, the most exciting news in the ceramic world was the discovery of the superconductivity of copper oxide ceramics at liquid nitrogen temperatures. This completely unexpected discovery quickly opened the door to “superconducting revolution.” However, there is another ceramic revolution is quietly and steadily carried out. People are producing more and more products with advanced ceramics