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3. Electrified/charged aqueous interfaces: general discussion

Author

Advincula, Xavier R., primary, Backus, Ellen H. G., additional, Bonn, Mischa, additional, Cox, Stephen J., additional, Diebold, Ulrike, additional, Fellows, Alexander, additional, Finney, Aaron R., additional, Goel, Gaurav, additional, Hedley, Jonathan, additional, Jiang, Ying, additional, Jin, Di, additional, Kapil, Venkat, additional, Kavokine, Nikita, additional, Klein, Jacob, additional, Laage, Damien, additional, Mohandas, Nandita, additional, Morgenstern, Karina, additional, Mukherjee, Taritra, additional, Olvera de la Cruz, Monica, additional, Orlikowska-Rzeznik, Hanna, additional, Perkin, Susan, additional, Piaggi, Pablo M., additional, Rodellar, Carlos Gomez, additional, Ryan, Paul, additional, Sayer, Thomas, additional, Seyffertitz, Malina, additional, Shepelenko, Margarita, additional, Sosso, Gabriele C., additional, Thämer, Martin, additional, Vilangottunjalil, Aswathi, additional, Walker-Gibbons, Rowan, additional, Wang, Yongkang, additional, Willard, Adam P., additional, and Zhang, Peng, additional

Published
2024
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4. Are SAXS and SANS suitable to extract information on the role of water for electric-double-layer formation at the carbon–aqueous-electrolyte interface?

Author

Seyffertitz, Malina, Stock, Sebastian, Rauscher, Max Valentin, Prehal, Christian, Haas, Sylvio, Porcar, Lionel, and Paris, Oskar

Abstract

This study reports on the applicability of X-ray transmission (XRT), small- and wide-angle X-ray scattering (SAXS/WAXS) and small-angle neutron scattering (SANS) for investigating fundamental processes taking place in the working electrode of an electric double-layer capacitor with 1 M RbBr aqueous electrolyte at different applied potentials. XRT and incoherent neutron scattering are employed to determine global ion- and water-concentration changes and associated charge-balancing mechanisms. We showcase the suitability of SAXS and SANS, respectively, to get complementary information on local ion and solvent rearrangement in nanoconfinement, but also underscore the limitations of simple qualitative models, asking for more quantitative descriptions of water–water and ion–water interactions via detailed atomistic modelling approaches. [ABSTRACT FROM AUTHOR]

Published
2024
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