| 초록 |
Indium tin oxide (ITO) is the most promising material for flexible devices because of its transparency and high electric conductivity. ITO materials have been used in flat panel displays, touch panels, photovoltaic devices, photodetectors, organic light-emitting devices, and electroluminescent devices. However, its coating on various scaffolds has been limited due to defects, low-conductivity, and the easy-cracking by the difference of strain. PDMS has been widely utilized for various devices because of its flexibility, stability, transparency and inert properties. Here, for ITO coating on glass, sol-gel coating has been introduced to fabricate ITO thin films on a glass substrate via generation of superhydrophilicity of PDMS oligomers. We compared the resistance of eletricity of a PDMS contact-printed glass and a bare glass, and evaluate sol-gel based ITO coating on the glass substrate using organic solvent or aqueous solvent. |
