From symmetric AC/AC to asymmetric AC/graphite, a progress in electrochemical capacitors
H Wang, M Yoshio, AK Thapa, H Nakamura - Journal of power sources, 2007 - Elsevier
H Wang, M Yoshio, AK Thapa, H Nakamura
Journal of power sources, 2007•ElsevierGraphitic carbon instead of activated carbon has been employed as the positive electrode
material in the activated carbon (AC)/carbon capacitors using organic electrolytes. The
advantageous electrochemical performance of the AC/graphite capacitors has been
investigated as compared with the AC/AC capacitors. The charge storage mechanism of
anions on the graphite positive electrodes in the AC/graphite capacitors has been studied by
in situ XRD measurements.
material in the activated carbon (AC)/carbon capacitors using organic electrolytes. The
advantageous electrochemical performance of the AC/graphite capacitors has been
investigated as compared with the AC/AC capacitors. The charge storage mechanism of
anions on the graphite positive electrodes in the AC/graphite capacitors has been studied by
in situ XRD measurements.
Graphitic carbon instead of activated carbon has been employed as the positive electrode material in the activated carbon (AC)/carbon capacitors using organic electrolytes. The advantageous electrochemical performance of the AC/graphite capacitors has been investigated as compared with the AC/AC capacitors. The charge storage mechanism of anions on the graphite positive electrodes in the AC/graphite capacitors has been studied by in situ XRD measurements.
Elsevier
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