Abstract:
A photosensitive member having a binder layer comprising a mixture of photoconductive particles dispersed in an electrically active matrix material. Preferably, one of the photoconductive materials is cadmium sulfoselenide. The photoconductive particles comprise materials which exhibit the capability for photoexcited hole generation and injection, with the active organic matrix being substantially transparent and non-absorbing in the wavelength region of use and capable of transporting holes injected from the photoconductive particles. The member may be imaged in the conventional xerographic mode which includes charging, exposure to light, followed by development. The photosensitive layer has a coefficient of absorption between 1/L and 8/L wherein L is the thickness of the photoconductor in microns, the member is capable of continuous tone reproduction and has improved xerographic characteristics.
Abstract:
Circuit components are prepared by providing a member comprising a softenable dielectric layer and a softenable migration layer containing conductive migration material; electrically latently imaging the member in circuit component or network configuration; softening the dielectric and migration layers thereby migrating some of the migration material from the migration layer into the dielectric layer, at least one of migrated and non-migrated migration materials conforming to said circuit component or network configuration. A double sided migration imaging member is disclosed.
Abstract:
This invention relates to a color correction method in a xerographic process in which the free surface of a xerographic plate having an insulating overlayer is charged a first time and exposed imagewise through a first primary color filter, then charged a second time and exposed imagewise through a second primary color filter. After the second exposure, the plate is recharged and subject to a flood light to form a latent electrostatic color image. The latent image is developed by depositing on the plate an electrostatically attractable toner having a color which complements the color of the second primary color filter. The foregoing steps are repeated for all of the primary color toners to produce high fidelity facsimile color copies. The present method may be used for color copies or color separations of color originals.