层压成型

采取层压成型制备试样，经高温炭化和石墨化制备碳/碳复合材料。

The process adopts laminate molding to preparing samples , and finally prepares carbon / carbon composites through carbonizing and graphitizing the sample at high temperature .

硬质聚氯乙烯板层压成型中的传热问题

The heat transfer during the laminate molding of rigid PVC plate

PA纤维/环氧树脂超混杂复合材料的层压成型工艺

Study on the laminating procss of PA fiber / epoxy resin superhybrid Composites

过高的压力和过快的碳化速率易使制品出现裂纹、空洞现象。制备理想的样品，须在适当的压力下首先将薄膜层压成型，然后在一定的压力和碳化速率下进行碳化。

High pressure and temperature rise rate will induce crack and cavity in the sample .

再由此固化工艺，经实际多次的层压成型实验及制得的板材性能测试结果得到了介电性能优异的改性环氧覆铜箔板的层压工艺条件。

After this , the laminates processing method of modified epoxy copper-clad plate with high dielectric property is finally fixed by experiments on laminate time after time and results of testing produced laminate .

本文系统研究了金属纤维/树脂基超混杂复合材料层压成型工艺（即SHCM）的铺层设计和铺层工艺，探讨并确定了固化工艺和后固化处理参数，从而使材料具有优异的性能。

In this paper the laminating process of metal fiber / resin matrix super-hybrid composite was systematically studied , including laminate lay-up and process . The best curing process parameters and heat treatment were discussed too .