HIGHLIGHTS
- What: To improve the energy densities of these devices closer towards those of batteries, many studies focus on varying the structure of the nanoporous carbon electrodes so as to tune the carbon pore size (as measured by gas sorption). The authors propose that for carbons with smaller domains, the charges are more localized, giving rise to stronger interactions between ions and carbon atoms, thus leading to more efficient storage of ions (fig S28) . The authors aimed to resolve the debate on how the structure of nanoporous carbons electrodes affects their capacitive energy storage.
- Who: Xinyu . . .
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