Nilson R.H. – TechConnect Briefs

Optimizing Multiscale Networks for Transient Transport in Nanoporous Materials

Nilson R.H., Griffiths S.K., Sandia National Laboratories, US

Hierarchical nanoporous materials afford the opportunity to combine the high surface area and functionality of nanopores with the superior charge/discharge characteristics of wider transport channels. In the present paper we optimize the apertures and spacing [...]

Wall Functions for Incorporation of Atomistic Physics into Continuum Modeling of Electrokinetic Flow

Nilson R.H., Griffiths S.K., Sandia National Laboratories, US

The atomistic physics of fluid/solid interfacial layers may substantially influence liquid flow and ion transport, particularly in nanoscale channels. Previous studies addressing non-continuum fluid mechanics have been largely based on Molecular Dynamics (MD) simulations that [...]

Authors: Nilson R.H.

Optimizing Multiscale Networks for Transient Transport in Nanoporous Materials

Wall Functions for Incorporation of Atomistic Physics into Continuum Modeling of Electrokinetic Flow

Accurate Analytical Models of Fluid Friction in Rectangular Microchannels

Inverted Method for Simulation of Electrokinetic Transport in Microchannel Devices

Electroosmotic Flow in a Tube or Channel for Non-Negligible Zeta Potentials

Hydrodynamic Dispersion of a Neutral Non-Reacting Solute in Electroosmotic Flows