摘要
The PET fibrc was grafted with acrylonitrile (AN) initiated by benzoyl peroxide(BPO). Then the AN-grafted fibre was treated in a solution containing copper-compound and sulfur reducing agent to obtain the electrically conductive PET fibre. In this paper the factors affecting the graft copolymerization were discussed and the optimum conditions of graft were then chosen. The conductive components of the electrically conductive PET fibre and their structures were also studied with the aid of X-ray diffractometry and X-ray photoelectron spectrometry. The properties of the conductive fibre, such as electric resistivity. Tm and tensile strength, were
The PET fibre was grafted with acrylonitrile (AN) initiated by bcnzoyl peroxide (BPO). Then the AN-grarted fibre was treated in a solution containing copper-compound and sulfur reducing agent to obtain the electrically conductive PET fibre. In this paper the factors affecting the graft copolymerization were discussed and the optimum conditions of graft were then chosen. The conductive components of the electrically conductive PET fibre and their structures were also studied with the aid of X-ray diffractometry and X-ray photoelcctron spectromctry. The properties of the conductive fibre, such as electric resistivity, Tm and tensile strength, were determined.
