除了对粘接剂的研究外，纤维桩表面处理是增强界面粘接强度的常用方法之一，它可以促进不同成分之间形成化学和机械固位。
Nowadays, the research focuses on the adhesion and retention of fiber posts. Besides the research on cement, surface treatment is widely studied to enhance the interfacial bond strength.
对于给定的层状平面结构，将粘接层的固化过程用于模拟粘接层界面强度的变化过程。
For a given layered planar structure, we use the solidifying process of the adhesive layer to simulate the change process of interface strength of the adhesive joint.
在成型及贮存过程中，湿度是影响丁羟推进剂药柱性能及各界面的联合粘接强度的首要因素。
During the molding and storing process, humidity is the foremost factor affecting the characteristics of HTPB propellant grain and adhesion strength between interfaces.
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