Modern processes for plasma modification of carbon fiber materials with the aim of improving the degree of adhesive interaction at the boundary between the polymeric matrix and the carbon reinforcing filler are reviewed. The strength of adhesion of carbon fibers to the polymeric matrix at the interface has a deciding effect on the strength of the carbon plastics in shear and compression and determines to a significant degree the crack resistance of the carbon plastic materials, the specific impact viscosity, and the dynamic fatigue resistance, thereby determining the durability of constructions made from them.

中文翻译：

---

通过等离子处理改性碳纤维材料的表面（综述）

为了改善在聚合物基体和碳增强填料之间的边界处的粘合剂相互作用的程度，综述了用于碳纤维材料的等离子体改性的现代方法。碳纤维在界面处对聚合物基体的粘附强度对碳塑料在剪切和压缩时的强度具有决定性的影响，并在很大程度上决定了碳塑料的抗裂性，比冲击粘度和动态疲劳强度，从而确定由它们制成的结构的耐用性。