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    • 1. 发明专利
    • Electrophotographic receptor
    • 电子摄影受体
    • JPS58182639A
    • 1983-10-25
    • JP6696382
    • 1982-04-20
    • Hitachi LtdToyo Ink Mfg Co Ltd
    • TSUNODA ATSUSHIOKA HIROYUKISUZUKI SHIGEOARAYA KOUTAROUMORI YASUKIMORISHITA YASUSADATAKANO SHIGEMASASAWADA MANABUKUMANO ISAO
    • C09B23/06C09B23/14C09B47/04C09B47/073C09B47/10C09B47/16C09B47/26C09B47/30C09B67/12C09B67/22C09B67/50G03G5/06
    • C09B47/30C09B23/06C09B23/145C09B47/073C09B47/10C09B47/16C09B47/26C09B67/0016C09B67/0026C09B67/0035G03G5/0696
    • PURPOSE: To obtain the entitled photoreceptor high in sensitivity to long wavelength light, by forming a layer consisting of a charge generating substance and a charge transfer substance contg. a γ-type and/or a η-type metal-free phthalocyanine on a conductive substrate.
      CONSTITUTION: A mixture of (A) 100pts.wt. metal-free phthalocyanine, and (B) 0W50pts.wt. metal-free phthalocyanine having substituents on benzene rings, phthalocyanine nitrogen compd. having same structure, and benzene rings optionally substd., and/or metallophthalocyanine is dispersed into a liquid dispersion medium, and their crystalline structures are converted by applying mechanical shearing force while heating them below the decomposition temp. of the component (A) or said mixture, to convert the crystalline structures and to obtain a γ-type or η-type metal-free phthalocyanine (C). A 0.1W20μm thick charge generating layer contg. the component (C), and a 5W100μm thick charge transfer layer contg. a compd. having formula I (X is a hetero ring of one of formulae IIWV; Z is O or S; n is 0,1, or 2; and R
      1 , R
      2 ) are formed on a conductive substrate.
      COPYRIGHT: (C)1983,JPO&Japio
    • 目的:通过形成由电荷产生物质和电荷转移物质组成的层,以获得对长波长光的敏感度高的标签感光体。 导电基底上的γ型和/或eta型无金属酞菁。 构成:(A)100pts.wt。 无金属酞菁,(B)0-50pts.wt。 在苯环上具有取代基的无金属酞菁,酞菁氮化合物 具有相同的结构,并且苯环任选被分解,和/或金属酞菁分散到液体分散介质中,并且通过施加机械剪切力同时将它们的结晶结构加热到分解温度以下来转化。 的组分(A)或所述混合物,以转化晶体结构并获得γ型或eta型无金属酞菁(C)。 0.1-20μm厚的电荷产生层, 组分(C)和5-100μm厚的电荷转移层, 一个compd 具有式I(X是式II-V之一的杂环; Z是O或S; n是0,1或2;以及R 1,R 2)形成在导电基底上。
    • 10. 发明专利
    • Electrophotographic sensitive body and its manufacture
    • 电子感应敏感体及其制造
    • JPS59155852A
    • 1984-09-05
    • JP2923583
    • 1983-02-25
    • Hitachi Koki Co LtdHitachi Ltd
    • KONUMA SHIGEHARUTAMAHASHI KUNIHIROHOSOYA AKIRAMORI YASUKIMORISHITA YASUSADAHARUKI SHINICHI
    • G03G5/08
    • G03G5/08
    • PURPOSE:To improve reproducibility of electrophotographic characteristics, sensitivity to He-Ne laser beams, and heat resistance and to extend a life by making the alloy element concn. of the Te-contg. layer of an Se type photosensitive body almost constant in the film thickness direction. CONSTITUTION:The alloy element concn. of the Te-contg. layer (Te-Se alloy layer) 4 of an Se type photosensitive body formed on a conductive substrate 1 is made almost constant in the film thickness direction. The Se photosensitive body is obtained by laminating an Se layer 3 and the layer 4 successively on the substrate 1. The layer 4 is formed by vapor deposition at a temp. about 100 deg.C higher than that of the liquid phase line of the binary constitutional diagram. The layer 4 thus formed makes the content of Te constant in the film thickness direction, enhances glass transition point and heat resistance, and extends its life, and further, eliminates scattering of electrophotographic characteristics, and enhances reproducibility. Since the Te content has correlation with, e.g. sensitivity to He-Ne laser beams, the sensitivity can be held at the optimum value by controlling the Te content.
    • 目的:提高电子照相特性的再现性,对He-Ne激光束的敏感性和耐热性,并延长使用合金元素的寿命。 的Te-contg。 Se型感光体层在膜厚度方向上几乎恒定。 构成:合金元素浓度 的Te-contg。 形成在导电基板1上的Se型感光体的层(Te-Se合金层)4在膜厚度方向上几乎恒定。 Se感光体通过在基板1上依次层叠Se层3和层4而获得。层4通过在温度下气相沉积形成。 比二元结构图的液相线高约100℃。 由此形成的层4使Te的含量在膜厚方向上保持恒定,提高玻璃化转变点和耐热性,延长寿命,进一步消除电子照相特性的散射,提高再现性。 由于Te含量与 对He-Ne激光束的灵敏度,可以通过控制Te含量将灵敏度保持在最佳值。