Macropore-assisted electrolyte transfer inside binder-free templated carbon xerogels as carbon electrode for electric double layer capacitors
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DOI: 10.1016/j.eurpolymj.2020.109678
Abstract: Abstract Capacitive performance of electric double layer capacitors is influenced by specific surface area, while pore structure also promotes electrolyte transfer inside a carbon electrode. Organic electrolytes require macropores, whereas aqueous electrolytes operate best using… read more here.
Keywords: carbon xerogels; carbon; carbon electrode; electrolyte transfer ... See more keywords