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    • 36. 发明授权
    • Process for producing photoconductive member from gaseous silicon
compounds
    • 从气态硅化合物制备光导体的方法
    • US4468443A
    • 1984-08-28
    • US354898
    • 1982-03-04
    • Isamu ShimizuKyosuke OgawaEiichi InoueJunichiro Kanbe
    • Isamu ShimizuKyosuke OgawaEiichi InoueJunichiro Kanbe
    • C23C16/30G03G5/082H01L31/0392H01L31/20
    • C23C16/30G03G5/08278H01L31/03921H01L31/202Y02E10/50Y02P70/521
    • A process for producing a photoconductive member, which comprises forming a photoconductive layer on a substrate for formation of a photoconductive layer by introducing starting substances for formation of a photoconductive layer under gaseous state into a deposition chamber maintained under a desired reduced pressure and exciting discharging under the gas atmosphere of said starting substances is characterized in that said starting substances are constituted of at least one substance selected from the first group consisting of substances(O) containing oxygen atoms as constituent atom, substances(N) containing nitrogen atoms as constituent atom and substances(C) containing carbon atoms as constituent atom, and at least two compounds selected from the second group consisting of the compounds of the formula:Si.sub.n H.sub.2n+2 (A)wherein n is a positive integer and the compounds of the formula:Si.sub.m H.sub.l X.sub.k (B)wherein m and k are positive integers, l is 0 or a positive integer, l+k=2m+2, and X represents a halogen atom, n and m being called "order number" hereinafter, and said at least two compounds selected from the second group consisting of the compounds represented by the formulas (A) and (B) to be introduced into said deposition chamber being controlled in amounts such that the proportion of the total of high order compounds is at least 1 vol. % based on the total of the minimum order compounds, the minimum order compound being one whose order number is the minimum among order numbers of said at least two compounds, the high order compound being one whose order number is higher than the order number of the minimum order compound.
    • 一种感光体的制造方法,其特征在于,在用于形成光电导层的基板上形成光电导层,通过将在气态下形成光电导层的起始物质引入到保持在期望的减压下的沉积室中,并且激发放电 所述起始物质的气体气氛的特征在于,所述起始物质由选自由含有氧原子作为构成原子的物质(O),含有氮原子作为构成原子的物质(N))构成的第一组中的至少一种物质和 含有碳原子作为构成原子的物质(C)和至少两种选自下列化合物的化合物:下式化合物SinH2n + 2(A)其中n为正整数,式为SimHlXk( B)其中m和k是正整数,l是0或正整数,l + k = 2m + 2,X表示 卤素原子,n和m在下文中称为“次数”,并且所述至少两种选自由待引入所述沉积室的由式(A)和(B)表示的化合物组成的第二组中的化合物是 控制量使得高级化合物的总量的比例至少为1体积%。 基于最小订单化合物的总量的%,最小订单化合物是其序列号是所述至少两种化合物的订单号中最小值的化合物,高级化合物是其订货号高于 最小订单复合。
    • 39. 发明授权
    • Electrophotographic light receiving members comprising amorphous silicon
and substrate having minute irregularities
    • 包含非晶硅和具有微小不规则的衬底的电子照相光接收元件
    • US4762762A
    • 1988-08-09
    • US921638
    • 1986-10-22
    • Mitsuru HondaAtsushi KoikeKyosuke OgawaKeiichi Murai
    • Mitsuru HondaAtsushi KoikeKyosuke OgawaKeiichi Murai
    • G03G5/082G03G5/10G03G5/14
    • G03G5/10G03G5/08228Y10S430/146Y10S430/151
    • A light receiving member comprises a support and a light receiving layer of a multi-layered structure having at least a photosensitive layer composed of an amorphous silicon, said support having a surface provided with irregularities composed of spherical dimples each of which having an inside face provided with minute irregularities. The light receiving layer may contain a surface layer comprising an outer abrasion-resistant layer and an inner reflection prevention layer, wherein the optical band gap possessed by the surface layer and optical band gap possessed by the photosensitive layer on which the surface layer is disposed are matched at their interface. The light receiving member can effectively prevent the occurrence of interference fringes in the formed images, forming visible images of excellent quality even when coherent laser beams are used as the light source. The member can also effectively prevent reflection of incident light at the interface between the surface layer and the photosensitive layer.
    • 光接收元件包括支撑体和具有至少由非晶硅组成的感光层的多层结构的光接收层,所述支撑体具有设置有由球面凹坑构成的凹凸的表面,每个凹坑具有内表面, 有微小的不规则。 光接收层可以含有包含外部耐磨层和内反射防止层的表层,其中表面层具有的光学带隙和其上设置表面层的感光层具有的光学带隙为 在他们的界面匹配。 光接收部件能够有效地防止在形成的图像中产生干涉条纹,即使在使用相干激光作为光源的情况下,也能够形成品质优异的可视图像。 该构件还可以有效地防止入射光在表面层和感光层之间的界面处的反射。
    • 40. 发明授权
    • Amorphous silicon multilayered photosensitive element containing
spherical-dimpled substrate surface
    • 含有球形凹凸基板表面的非晶硅多层感光元件
    • US4740440A
    • 1988-04-26
    • US920143
    • 1986-10-16
    • Mitsuru HondaAtsushi KoikeKyosuke OgawaKeiichi Murai
    • Mitsuru HondaAtsushi KoikeKyosuke OgawaKeiichi Murai
    • G03G5/08G03G5/082G03G5/10G03G5/14
    • G03G5/08257G03G5/08221G03G5/08228G03G5/08235G03G5/08242G03G5/0825G03G5/10Y10S430/146
    • There is provided a light receiving member which comprises a support, a photosensitive layer and a surface layer, said photosensitive layer being composed of amorphous material containing silicon atoms, and at least either germanium atoms or tin atoms and said surface layer being composed of amorphous material containing silicon atoms and at least one kind selected from oxygen atoms, carbon atoms and nitrogen atoms, said support having a surface provided with irregularities composed of spherical dimples, and an optical band gap being matched at the interface between said photosensitive layer and said surface layer. The light receiving member overcomes all of the problems in the conventional light receiving member comprising a light receiving layer composed of an amorphous silicon and, in particular, effectively prevents the occurrence of interference fringe in the formed images due to the interference phenomenon thereby forming visible images of excellent quality even in the case of using coherent laser beams possible producing interference as a light source.
    • 提供了一种光接收元件,其包括支撑体,感光层和表面层,所述感光层由含有硅原子的无定形材料构成,至少锗原子或锡原子和所述表面层由无定形材料构成 含有硅原子和选自氧原子,碳原子和氮原子的至少一种,所述载体具有设置有由球形凹坑构成的凹凸的表面,并且在所述感光层和所述表面层之间的界面处匹配的光学带隙 。 光接收部件克服了包括由非晶硅构成的光接收层的常规光接收部件中的所有问题,并且特别地有效地防止了由于干涉现象而导致形成的图像中的干涉条纹的发生从而形成可视图像 即使在使用可能产生干扰的相干激光束作为光源的情况下也具有优异的质量。