| 摘要 |
<p>The present invention relates to a method for manufacturing photosensitive inkjet ink for an electrode which is capable of forming a microcircuit pattern for a transparent electrode or an integrated circuit, wherein the method for manufacturing the inkjet ink for an electrode is characterized by comprising the steps of: selecting a photosensitive piezoelectric conductive compound; manufacturing conductive piezoelectric molecule particles and a base prepolymer using a UV (light)-, heat-, and radiation-curable monomer; manufacturing organic-inorganic hybrid piezoelectric conductive molecule particles and a photosensitive dispersion master solution; manufacturing the organic-inorganic hybrid piezoelectric conductive molecule particles and a photosensitive dispersion master undiluted solution; formulating organic-inorganic hybrid piezoelectric conductive molecule particle ink; and precisely filtering the organic-inorganic hybrid piezoelectric conductive molecule particle ink. Further, the present invention relates to organic- inorganic hybrid molecule inkjet ink, and to a method for applying same, for flexible or hard displays requiring transparency or for electrodes utilized in the displays, the ink having high transparency, low luminance and chrominance deviation, physicochemical stability, superconductivity at relatively high temperatures, and piezoelectric properties.</p> |
