Pressure-driven water flow through carbon nanotubes (CNTs) is examined using molecular
dynamics simulation. The results are compared to reported experimental flow rate …

This paper presents an analytical investigation of constant property, steady, fully developed,
laminar thermal transport in a parallel-plate channel comprised of metal superhydrophobic …

Droplet impingement experiments were performed on grooved hydrophobic surfaces with
cavity fractions of 0, 80, and 93% using droplets of water and a 50%/50% water/glycerol …

The review covers the hydrodynamic and physico-chemical aspects of a number of inter-
related situations arising in relation to flows in the individual nanochannels and …

In this work the three-dimensional architecture and properties of solution-blown laydown
formed on a rotating drum are studied using the system of quasi-one-dimensional equations …

A multifunctional nanofluidic device consisting of an array of aligned carbon nanotubes
(CNTs) was fabricated. A templatebased method was employed to manufacture the CNT …

Until recently it was believed that Navier's boundary condition could be given as a rigorous
foundation for slip phenomena. Due to the latest measurements in the mass flow rate of a …

Carbon nanopipes, which can be employed in micro-and nano-fluidic devices, have some
extraordinary mechanical, optical, flow and electrical properties. In addition, these devices …

A wide array of technological applications requires localized high-rate delivery of dissolved
compounds (in particular, biological ones), which can be achieved by forcing the solutions …

This study presents thermo-responsive on-demand regulation of water flow rate in glass
microcapillaries with a recently developed water-stable, stimuli-responsive poly (methyl …