A composite electrode material blends microporous and mesoporous activated carbon to enhance electrolyte mobility.
A multifunctional electrode structure uses discrete layers of distinct electrochemically active materials to optimize energy and power density.
A load applying mechanism compresses an electrode assembly in a power storage device to limit active material layer delamination and expansion during cycling.
A carbon-based composition uses a water-soluble cationic polyelectrolyte to form a monolithic gel structure for aerogel production.
A core-shell nanocomposite material combines cellulose nanocrystals with a conductive polymer shell to create stable electrode structures.