An aluminum solid electrolytic capacitor with an electroconducting-polymer electrolyte
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2023, Journal of Physics and Chemistry of SolidsCitation Excerpt :Conducting polymers were promising candidates for CE materials used in DSSC, because of its low-cost, easy to prepare and enhanced electrocatalytic activity and electrical conductivity [17]. Poly(aniline) (PANI) is a high electrical conductivity, high electrocatalytic activity and easy to synthesis [18–21], but only the PANI CE lower electron-conduction ability, lower electron-conduction ability of PANI combined with low–cost and higher thermal stability of carbon based materials, which is increasing that the electron-conduction ability of CE and improve the power conversion efficiency of DSSC [22–26]. The combination of PANI/rGO nanocomposite CE enhanced syngertic properties i,e reduced graphene oxide surface covered by the PANI and layered form of rGO intercalated by the PANI, thereafter increased properties of both the conductivity and electrocatalytic activity of nanocomposite CE.
Capacitors for electronic power engineering
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2015, Journal of Power SourcesCitation Excerpt :These were electrochemical polymerization and the chemical polymerization. For doped PPy, both chemical polymerization and electrochemical polymerization were used to increase electrical conductivity [5]. Electrochemical polymerization shows some limitations in terms of the thickness and uniformity of the cathode layer, so doped PPy is difficult to apply to the cylindrical type capacitor with a large electrode area.
The effects of different oxidants on the characteristics of conductive polymer aluminum solid electrolyte capacitors
2013, Journal of Power SourcesCitation Excerpt :Aluminum solid electrolyte capacitors based on conductive polymers have attracted considerable attention because of their extremely low impedance at high frequencies and reliability [1–7].