Single color electrophotographic copy process

An electrophotographic single color copy process comprising the steps of applying an electrostatic charge onto the face of a receptor formed of a substrate having on its face a single photoconductive coating comprising a photoconductor, at least one sensitizer which sensitizes the photoconductor to at least a portion of the spectrum of visible light, a binder and a dispersed dye, exposing the charged receptor to an original whereby portions of the photoconductive coating corresponding to the non-imaged areas of the original are discharged leaving a latent electrostatic image on the receptor, developing the exposed receptor with a developing composition containing a toner in the form of a material which, when in an activated state, is a solvent for the dispersed dye or an adhesive for the coating whereby toner is retained on the coating in areas retaining the electrostatic charge, and bringing a copy sheet in surface contact with the coating containing toner on the face thereof in a fluid state to cause transfer of the dispersed dye from the areas retaining the latent electrostatic charge to corresponding areas of the copy sheet.