纤维与基体间的物化相容性是决定纤维增强陶瓷的关键。
The performance of fiber reinforcing ceramic lorgely depend on the physical and chemical compatibility between fiber and matric.
本文叙述了纤维增强陶瓷轴承的技术原理，单元组分的选择与试制工艺。
The technological principle of ceramic strengthened by fibre, the choices of elementary composition and technology for trial-production are described in the paper.
引入体系体积收缩率参数，对单一先驱体转化纤维增强陶瓷基复合材料致密化模型进行了修正。
The repetition cycledensity densification model is revised by introducing the volume shrinkage percentage of the composites.
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