Modified highly ductile and electroconductive carbon fibres

由于纤维制造过程中结构形成的高度复杂机制和跨尺度工艺参数结构性能关系仅在单个方面进行了研究，因此尚未科学地理解碳纤维在当前应用中的潜力。该项目的目标是通过石墨烯修饰前体的石墨烯取向及其热机械转换来定制碳纤维的延展性和导电性。这些研究应该有助于对碳纤维的工艺结构关系有更高的理解。应该表明，碳纤维的性能可以在广泛的范围内定制。

The potential of carbon fibres in current applications is not exploited by far because the highly complex mechanisms of the structure formation during the fibre manufacturing and the cross-scale process parameter structure property relations are investigated in individual aspects only and are therefore not scientifically understood. The objective of the project is the tailoring of ductility and electric conductivity of carbon fibres via the graphene orientation of graphene-modified precursors and their thermomechanical conversion. The investigations are supposed to contribute to a higher understanding of the process structure relations of carbon fibres. It should be shown that the prop-erties of carbon fibres can be tailored in a wide spectrum.