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Gregory, Kasimir P., Wanless, Erica J., Webber, Grant B., Craig, Vincent S. J., Page, Alister J.. Royal Society of Chemistry; 2021. The electrostatic origins of specific ion effects: Quantifying the Hofmeister series for anions.
Gregory, Kasimir P., Elliott, Gareth R., Robertson, Hayden, Kumar, Anand, Wanless, Erica J., Webber, Grant B., Craig, Vincent S.J., Andersson, Gunther G., Page, Alister J.. Royal Society of Chemistry; 2022. Understanding specific ion effects and the Hofmeister series.
Gregory, Kasimir P., Webber, Grant B., Wanless, Erica J., Page, Alister J.. American Chemical Society; 2019. Lewis strength determines specific-ion effects in aqueous and nonaqueous solvents.
Murdoch, Timothy J., Humphreys, Ben A., Willott, Joshua D., Gregory, Kasimir P., Prescott, Stuart W., Nelson, Andrew, Wanless, Erica J., Webber, Grant B.. American Chemical Society; 2016. Specific anion effects on the internal structure of a poly(N-isopropylacrylamide) brush.
Robertson, Hayden, Willott, Joshua D., Wanless, Erica J., Gregory, Kasimir P., Johnson, Edwin C., Gresham, Isaac J., Nelson, Andrew R. J., Craig, Vincent S. J., Prescott, Stuart W., Chapman, Robert, Webber, Grant B.. Elsevier; 2023. From Hofmeister to Hydrotrope: Effect of Anion Hydrocarbon Chain Length On a Polymer Brush.
Bourke, Thomas, Gregory, Kasimir P., Page, Alister J.. Elsevier; 2023. Hofmeister effects influence bulk nanostructure in a protic ionic liquid.
Robertson, Hayden, Gresham, Isaac J., Nelson, Andrew R. J., Gregory, Kasimir P., Johnson, Edwin C., Willott, Joshua D., Prescott, Stuart W., Webber, Grant B., Wanless, Erica J.. American Chemical Society; 2024. Solvent-Modulated Specific Ion Effects: Poly(N-isopropylacrylamide) Brushes in Nonaqueous Electrolytes.
Gregory, Kasimir P., Webber, Grant B., Wanless, Erica J., Page, Alister J.. Institute of Physics Publishing Ltd.; 2023. Decomposing Hofmeister effects on amino acid residues with symmetry adapted perturbation theory.
Gregory, Kasimir P., Elliott, Gareth R., Wanless, Erica J., Webber, Grant B., Page, Alister J.. Nature Publishing Group; 2022. A Quantum Chemical Molecular Dynamics Repository of Solvated Ions.
Gregory, Kasimir P., Wanless, Erica J., Webber, Grant B., Craig, Vincent S. J., Page, Alister J.. Royal Society of Chemistry; 2024. A first-principles alternative to empirical solvent parameters.