Drazer G. – TechConnect Briefs

Multiscale Modeling of Nanoflows

Drazer G., Acrivos A., Khusid B., Koplik J., New Jersey Institute of Technology, US

Using molecular dynamics simulations, we identified in previous work a new adsorption phenomenon in which, for poorly wetting fluids, a suspended particle, initially moving along the center of the nanochannel, is adsorbed onto the tube [...]

Adsorption Phenomena in Particle Transport Through a Fluid-filled Nanochannel

Drazer G., Khusid B., Koplik J., Acrivos A., City College of New York, US

An important ingredient in future transport applications at the nanoscale will be the motion of suspensions of solid particles through channels. Calculations based on continuum dynamics and models are not reliable at this scale and [...]

Squeezing Flow of Particles and Large Molecules Suspended in a Liquid Through Nanochannels

Acrivos A., Khusid B., Koplik J., Drazer G., New Jersey Institute of Technology, US

The presentation addresses the status of current understanding of the hydrodynamic phenomena accompanyin the motion of a nanometer-sized particle through a nanotube.

Squeezing Flow of Particles and Large Molecules Suspended in a Liquid Through Nanochannels

Acrivos A., Khusid B., Koplik J., Drazer G., New Jersey Institute of Technology, US

The presentation addresses the status of current understanding of the hydrodynamic phenomena accompanied the motion of a nanometer-sized particle through a nanotube.