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一、引言某些高聚物为聚胺咪唑(FOD)、聚苯乙烯(PPV)和聚酰亚胺kapton等的薄膜,据报道具有很好的石墨化性能。曾经阐明在Kapton-H的情况下,其石墨化过程在高于2500℃进行,在低温下,则为无定型结构。玻璃炭(GC)具有高电导率,各向同性结构和不透气性的特征。和其他炭材料相比,它具有较高抗腐蚀性,故而专门用于电化学和电子工业领域。最近,出现了对玻璃
I. INTRODUCTION Some polymers are thin films of polyimidazole (FOD), polystyrene (PPV) and polyimide kapton, which are reported to have good graphitization properties. It has been clarified that in the case of Kapton-H, the graphitization process is carried out at temperatures above 2500 ° C and at low temperatures it is amorphous. Glassy carbon (GC) has the characteristics of high conductivity, isotropic structure and gas impermeability. Compared with other carbon materials, it has high corrosion resistance, so dedicated to the electrochemical and electronic industries. Recently, appeared on the glass