Conjugated polymers with narrow band gap are promising candidates for symmetric electrochemical devices, such as electrochromics and redox supercapacitors, which involve the p-and n-doped state of the polymer. Polydithienothiophene materials which are prepared from isomer monomers show this characteristic. The copolymerization of two dithienothiophene isomers leads to materials whose electronic properties depend on the monomer ratio. Optical and electrochemical characterizations of different copolymers are reported and discussed.

Arbizzani C., Catellani M., Luzzati S., Mastragostino M. (1997). Modulation of the electronic properties in polydithienothiophene materials. MATERIALS RESEARCH SOCIETY SYMPOSIA PROCEEDINGS, 488, 317-322.

Modulation of the electronic properties in polydithienothiophene materials

Arbizzani C.
Primo
Investigation
;
Mastragostino M.
1997

Abstract

Conjugated polymers with narrow band gap are promising candidates for symmetric electrochemical devices, such as electrochromics and redox supercapacitors, which involve the p-and n-doped state of the polymer. Polydithienothiophene materials which are prepared from isomer monomers show this characteristic. The copolymerization of two dithienothiophene isomers leads to materials whose electronic properties depend on the monomer ratio. Optical and electrochemical characterizations of different copolymers are reported and discussed.
1997
Arbizzani C., Catellani M., Luzzati S., Mastragostino M. (1997). Modulation of the electronic properties in polydithienothiophene materials. MATERIALS RESEARCH SOCIETY SYMPOSIA PROCEEDINGS, 488, 317-322.
Arbizzani C.; Catellani M.; Luzzati S.; Mastragostino M.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11585/907457
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