Cold plasma technology has been widely used in the surface treatment of
micro/nanostructured materials, including surface activation, functionalization, etching and …

Recently, it is shown that hybrid sizing agents of nanomaterials and polymers are more
effective than their single components in enhancing the mechanical properties of fiber …

Sizing treatment of fibers is crucial to the interfacial properties and thus the mechanical
properties and temperature dependent reinforcing efficiency of short fiber reinforced polymer …

Although the reinforcement effect of molybdenum sulfide (MoS 2) nanosheets (MNSs) on the
mechanical properties of epoxy (EP) composites has been extensively studied. However …

The determination of the thermoelastic properties of polyimide (PI) fibers is important for their
applications, however, these properties are difficult to measure directly, especially the …

The modification of aramid fiber (AF) through plasma co-coupling agents emerges as a
critical determinant influencing the electrical and mechanical properties of AF-epoxy resin …

The object of this paper is to interpret the self-polymerization mechanism of dopamine by
molecular simulation and use dopamine polymerization to modify the surface properties of …

In this study, the oxygen plasma and silane coupling agent composite treatment was used to
modify the polyimide fiber surface to improve the interfacial properties. The oxygen plasma …

The interfacial modification of basalt-fiber-reinforced polymer (BFRP) composites is an
essential research field and many techniques have been developed to improve the …

Fiber-reinforced rubber materials find extensive applications in tire manufacturing, hoses,
conveyor belts, and various industrial sectors. Polyimide (PI) fibers offer superior fatigue …