中文摘要：

为了实现新一代有机光导（OPC）鼓的工业化，研究了基于芴酮基偶氮（F-Azo）的单层OPC鼓的制备工艺．分析了载流子发生材料（CGM）的敏化、CGM／载流子传输材料／聚碳酸酯（CGM／CTM／PC）的配比、溶剂的选择、电子传输材料的加入以及添加预涂层（IFL）和保护层（PL）对于OPC鼓总体光导性能的影响，总结出一套单层OPC鼓的生产工艺．结果表明，以质量分数为1％的酞菁氧钛（TiOPc）敏化CGM，使CGM、CTM和PC的质量比为1：80：120，加入质量分数为0．5％的TNF，用THF砂磨CGM和用二噁烷溶解CTM及PC，单层OPC鼓的光敏性提高了将近70％．增加IFL可以提高OPC鼓的充电电位．采用含有CTM的PL，OPC鼓的光敏性进一步得到优化．

英文摘要：

To industrialize new-generation organic photoconductive （OPC） drum, the preparation processes of single-layered OPC drum based on fluoronone-substituted azo （F-Azo） were studied. By analyzing the effects of the charge-generation material （CGM） sensitization, the mass ratio of CGM/charge-transport material/polycarbonate （CGM/CTM/PC）, the solvents selection, the adding of electronransport materi- al, and the employing of the interracial layer （IFL） and the protective layer （PL） on the total photoconductivity of OPC drum, a preparation process of the single-layered OPC drum was summarized. The results show that when using 1 mass percent oxotitanium phthalocyanine （TiOPc） to sensitize CGM, adopting the mass ratio of CGM/CTM/PC as 1 ： 80 ： 120, adding 0. 5 mass percent TNF, ball-milling the CGM with THF and dissolving the CTM and PC in dioxane, the photosensitivity of the single-layered OPC drum improves by nearly 70%. Adding an IFL can increase the charging potential of the OPC drum. The photosensitivity of the OPC drum is further optimized by adopting the PL containing CTM.