H_2Pc, TiOPc, FePc 和 ClAiPcwere 的功能的酞毒(Pc ) 混合物分别地与 46.7% , 91.2% , 37.4% 和 34.0% 的收益综合了。Nanosized TiOPc 经由一个一步舞大音阶的第五音胶化方法和表面活化剂剂量的效果被综合, TiOPc 粒子尺寸和光导增益上的成核温度我们 reinvestigated。什么时候 m (木钉) :m (TiOPc ) 是 0.1,成核温度是 0 deg C, as-obtainedTiOPc 有最小的粒子尺寸和最大的比表面区域,它分别地是 60 nm 和 83m ~ 2/g。TiOPc 也在这些条件下面综合了与因是的 half-dischargingof 潜力 E_(1/2 ) 收潜在的 V_0,黑暗腐烂速度 R_d 和精力钱展出优秀光导增益 1160 V, 30 V/s 和 0.6 lx 分别地集中点 s。
Functional phthalocyanine (Pc) compounds of H2Pc, TiOPc, FePc and CIAIPc were synthesized with a yield of 46.7%, 91.2%, 37.4% and 34.0%, respectively. Nanosized TiOPc was synthesized via a one-step sol-gel method and effects of surfactant doses, nucleation temperature on TiOPc particle size and photoconductivity were investigated. When re(PEG): m(TiOPc) was 0.1 and nucleation temperature was 0℃, the as-obtained TiOPc had the smallest particle size and largest specific surface area, which were 60 nm and 83m^2/g, respectively. TiOPc synthesized under these conditions also exhibits excellent photoconductivity with charging potential V0, dark decay speed Rd and energy for half-discharging of potential E1/2 being 1160 V, 30 V/s and 0.6 1x.s, respectively.