Elucidating the details of the formation, stability, interactions, and reactivity of biomolecular
systems under extreme environmental conditions, including high salt concentrations in …

Several water-soluble vapors of atmospheric importance adsorb at the air− water interface.
This paper supplies a thermodynamic and kinetic framework for analyzing this phenomenon …

Liquid Acquisition Devices for Advanced In-Space Cryogenic Propulsion Systems discusses
the importance of reliable cryogenic systems, a pivotal part of everything from engine …

We propose and study an analytic model for growing interfaces in the presence of Brownian
diffusion and hopping transport. The model is based on a continuum formulation of mass …

Submicrometer emulsions were generated by a high-pressure wet-type jet mill and a
motionless mixer called the Ramond Supermixer. Kerosene and liquid paraffin were used as …

We analyze the local equilibrium assumption for interfaces from the perspective of gauge
transformations, which are the small displacements of Gibbs' dividing surface. The gauge …

This article presents a simplified model for porous screen channel liquid acquisition devices
based on a maximum bubble point pressure method from Adamson and Gast (1997). To …

The primary parameter for gauging performance of a liquid acquisition device (LAD) is the
bubble point pressure, or differential pressure across a screen pore that overcomes the …

A number of theories suggest that the pressure (P) dependence of interfacial tension (γ)(the
slope of the γ-P curve) is related to the thickness of the liquid—fluid interface. High quality …

The force between two inert, planar surfaces in a liquid is discussed, focusing on the effect of
the reduction in the fluid density between the surfaces. We use a density functional treatment …