Organic Radical Battery Approaching Practical Use
Chemistry Letters2011Vol. 40(3), pp. 222–227
Citations Over TimeTop 1% of 2011 papers
Abstract
Abstract The electrochemical redox reactions of organic polymers bearing robust unpaired electrons were investigated to determine the applicability of these polymers to rechargeable batteries. Such an “organic radical battery” would be environmentally friendly and have high-power characteristics. This highlight review describes the performance of a battery using a nitroxyl radical polymer as the cathode active material. The electron-transfer mechanism and recent developments that should lead to the practical application of the organic radical battery are also described.
Related Papers
- → ESR Study of Glass-Like Carbons(1986)9 cited
- → Structures and reactions of radical cations of some bicycloalkanes and their related alkenes as studied by 4 k matrix esr(1986)23 cited
- → ESR Studies of the Cation Radicals Produced by SbCl5 Oxidation of Some Biphenyls with ortho- and para-Dialkyl Substituents(1973)18 cited
- → ChemInform Abstract: ESR Study on the σ‐ and π‐Radical Cations Formed by One‐Electron Oxidation of Phenyldiazomethanes.(1987)
- → Investigating the spin state and electronic structure of the Fe3O cluster from MOF MIL-100(Fe)(2020)