摘要
Laser-electrochemical doping of poly(N-vinylcarbazole) (PVK) leads to the formation of high conducting PVK polymers. The doped polymers were characterized by IR spectra and electrical conductivity measurement. The results show that the photochemical effects from laser irradiation on the working electrode speed up the reaction rate and increase the doping degree of counterion.
Laser-electrochemical doping of poly(N-vinylcarbazole) (PVK) leads to the formation of high conducting PVK polymers. The doped polymers were characterized by IR spectra and electrical conductivity measurement. The results show that the photochemical effects from laser irradiation on the working electrode speed up the reaction rate and increase the doping degree of counterion.
