Abstract
ABSTRACT: The electrical conductive polymers (ECPs) reported at my research group are introduced in thisreview, which works are started from the late Professor Su-Moon Park’s pioneering research forpolyaniline at the University of New Mexico. The electrochemical and spectroelectrochemicalproperties and their applications to sensor and energy conversion systems are briefly described. Atfirst, the growth and degradation mechanism of polyaniline describes and we extend to polypyrrole,polyazulene, polydiaminonaphthalenes, and polyterthiophene derivatives. In addition, the prepara-tion of monomer precursors having functional groups is briefly described that can give us manyexceptional applications for several chemical reactions. We describe the application of these ECPsfor the fabrication of chemical sensors, biosensors, biofuel cells, and solar cells.Keywords: Electrical conductive polymer, Polymer metal complex, Electrochemical sensors, Poly-mer dye solar cells, Biofuel cells Received January 9, 2014 : Accepted Febuary 3, 2014
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