Electrostatic potential and counterion partition between flat and spherical interfaces
Electrostatic potential and counterion partition between flat and spherical interfaces is a scholarly work by Kalil Bernardino, published in 2019 in ''Journal of Chemical Physics''. The main subjects of the publication include computational chemistry, pulmonary surfactant, monolayer, quantum biology, polyelectrolytes, Potential of mean force, molecular dynamics simulation, ion, counterion, chemical physics, chemistry, adsorption, electrostatics, and micelles. While the electrostatic potential and the counterion distribution produced by interfaces with idealized geometries can be well-described by analytical models, the same does not hold true for the interaction between surfaces with different and arbitrary geometries.