摘要
A series of polystyrene resin with C 60 in the side group were prepared by chloromethylation, azidation and cycloaddition. In these C 60 containing polystyrene resins, the C 60 contents are about 2.9% , 6.7% and 11% (mass fraction), respectively. With the increase of C 60 content in the C 60 containing polystyrene resin, the photoconductivity increases obviously. α NP as the charge transport material is better than DMMP, which proves that it is very important that charge transport material(CTM) match the charge generation material(CGM). If no charge transport layer in the photoreceptor exsist, the polystyrene resin with C 60 in the side group could not show any photoconductivity at all.
A series of polystyrene resin with C 60 in the side group were prepared by chloromethylation, azidation and cycloaddition. In these C 60 containing polystyrene resins, the C 60 contents are about 2.9% , 6.7% and 11% (mass fraction), respectively. With the increase of C 60 content in the C 60 containing polystyrene resin, the photoconductivity increases obviously. α NP as the charge transport material is better than DMMP, which proves that it is very important that charge transport material(CTM) match the charge generation material(CGM). If no charge transport layer in the photoreceptor exsist, the polystyrene resin with C 60 in the side group could not show any photoconductivity at all.
出处
《高等学校化学学报》
SCIE
EI
CAS
CSCD
北大核心
2000年第8期1331-1333,共3页
Chemical Journal of Chinese Universities
基金
国家自然科学基金! (批准号 :5 970 3 0 0 4)
关键词
聚苯乙烯
光电导材料
碳60
光电导性能
Polystyrene with C 60 in the side group
Photoconductivity materials
C 60
