The ability to predict transport properties of liquids quickly and accurately will greatly
improve our understanding of fluid properties both in bulk and complex mixtures, as well as …

Due to its many industrial applications, the physics associated with the nanoconfinement of
fluids has garnered great attention from the scientific community in roughly the last fifteen …

Molecular dynamics simulations are used to study confinement effects in small cylindrical
silica pores with extended hydrophobic surface functionalization as realized, for example, in …

Molecular dynamics simulations of solvent-filled cylindrical silica mesopores of 5 nm
diameter are carried out to obtain a detailed molecular-level picture of the fluid structure and …

The influence of confinement in the nanometer scale on diffusion, adsorption, phase
transition and catalytic conversion has recently gained increasing scientific attention. To …

Relaxation and diffusion measurements were carried out on single and binary liquids filling
the pore space of controlled porous glass Vycor with an average pore size of about 4 nm …

Despite the importance of supported catalysts in industrial applications a rational design
based on an understanding of molecular-level processes is still a challenging endeavor, in …

When fluids are confined in single-digit nanopores (SDNs)(Diameter (D)< 10 nm), they
exhibit anomalous deviation from bulk behavior. Such nanoconfined fluids constitute most of …

Fluids within nanoscale pores exhibit a different phase behavior and transport properties
than the ones for unconfined systems, because of the breakdown of the continuum …