Water in graphene slit pores retains bulk-like dielectric permittivity down to 1 nm confinement, with apparent long-range reductions arising from dielectric interface positioning rather than intrinsic changes in the fluid.
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Brownian dynamics simulations with control-variate estimators link equilibrium charge fluctuations to frequency-dependent admittance in nanocapacitors, revealing dependence on salt concentration and electrode metallicity.
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Static Dielectric Permittivity Profiles and Coarse-graining Approaches for Water in Graphene Slit Pores
Water in graphene slit pores retains bulk-like dielectric permittivity down to 1 nm confinement, with apparent long-range reductions arising from dielectric interface positioning rather than intrinsic changes in the fluid.
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Dynamics of charge fluctuations in nanocapacitors: effects of salt concentration and electrode metallicity from Brownian dynamics
Brownian dynamics simulations with control-variate estimators link equilibrium charge fluctuations to frequency-dependent admittance in nanocapacitors, revealing dependence on salt concentration and electrode metallicity.