| 초록 |
Conducting polymers have recently received much attention in various fields because of their electronic and physical properties. Among all of the conducting polymers, polyaniline (PANI) and poly(3,4-ethylenedioxythiophene (PEDOT) are the most widely studied owing to its easy fabrication, stability and relatively high electrical conductivity and to its high heat resistance and transparency, respectively. In this work, we have fabricated PANI and PEDOT patterns with feature sizes ranging from micrometer to nanometer by vapor phase polymerization and electroless polymerization. Block copolymers and polystyrene colloid particles were used to produce pre-ordered oxidant pattern in highly-ordered nanostructures via their self-assembling process required for vapor phase polymerization and electroless polymerization of PANI and PEDOT. Finally, it was observed that PANI and PEDOT were selectively deposited on oxidant region to generate well-defined nanopatterns of conducting polymers. |
