| 초록 |
Although Camphor sulfonic acid(CSA) doped Polyaniline(PANI) is one of the promising materials for flexible electrode due to their high electrical conductivity, environment stability, and mechanical properties, highly conductive polyaniline is still too hard to make. PANI was synthesized by Self Stabilized Dispersion Polymerization (SSDP) method which was an effective method to maintain reaction temperature and suppress secondary growth by separating monomer and oxidant at sub-zero temperature. It has porous and amorphous structure and Molecular weight is low than conventional polyaniline even though it’s synthesized at sub-zero temperature. We optimized reaction condition, highly conductive polyaniline is made |
