MICROPATTERNING OF CONDUCTING POLYMER USING PLASMA PROCESS, INKJET PRINTING, AND VAPOR DEPOSITION POLYMERIZATION

摘要

PURPOSE: A method for forming a micro pattern of a conductive polymer using a plasma process, an inkjet printing, and a vapor deposition polymerization is provided to form a pattern with high quality by reforming the surface of a supporter through the plasma process. CONSTITUTION: A surface of a supporter is reformed by processing a flexible supporter with plasma. Polymerization initiator solutions for an inkjet printing are made by dissolving polymerization initiator in water. The polymerization initiator solutions are injected into a printer head and a desirable size and a desirable shape are printed on the supporter with the reformed surface with an inkjet printer using a computer program. The supporter printed with the polymerization initiator solutions is located in a vapor deposition polymerization reactor. A conductive polymer pattern is formed by vaporizing chemical materials in reaction to a monomer of a conductive polymer.