Polythienothiophene (pTT) electrode performance is dependent on electrosynthesis conditions of the polymer film. A comparative performance study of pTT, polythiophene (pT) and polydithienothiophene (pDTT) in relation to their use as cathode-active materials in lithium-LiClO4-propylene carbonate batteries, showed that pTT polymer electrode was not competitive; as the kinetic of its doping-undoping process was the slowest and the value of its specific charge capacity, was the lowest. © 1987.
Polythienothiophene as cathode active material. A comparative study with polythiophene and polydithienothiophene
Mastragostino M.
Primo
Conceptualization
;Marinangeli A. M.Secondo
Conceptualization
;Arbizzani C.Ultimo
Data Curation
1987
Abstract
Polythienothiophene (pTT) electrode performance is dependent on electrosynthesis conditions of the polymer film. A comparative performance study of pTT, polythiophene (pT) and polydithienothiophene (pDTT) in relation to their use as cathode-active materials in lithium-LiClO4-propylene carbonate batteries, showed that pTT polymer electrode was not competitive; as the kinetic of its doping-undoping process was the slowest and the value of its specific charge capacity, was the lowest. © 1987.File in questo prodotto:
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