前言由于碳纤维的表面和基体树脂之间的粘结力差,致使碳纤维的复台材料往往具有较低的层间剪切强度。因此,人们常用各种方法对碳纤维进行表面处理,以便改变碳纤维的表面结构,提高它与基体树脂的粘结力,从而可制得具有较高层间剪切强度的碳纤维复合材料。在一九七六年度我们曾对 SnCl_4催化法所得的碳纤维进行表面处理的研究。本总结主要综述我们在中山大学用扫描电子 Preface Due to the poor cohesion between the surface of the carbon fiber and the matrix resin, the carbon fiber composite material tends to have lower interlaminar shear strength. Therefore, people often use various methods to surface treatment of carbon fiber in order to change the surface structure of carbon fiber to improve its bond with the matrix resin, which can be obtained with high interlaminar shear strength of carbon fiber composites. In 1976, we studied the surface treatment of carbon fibers obtained by the SnCl_4 catalysis. The summary of the main review of our use of Sun Yat-sen scanning electronics