Sentence examples for fluid dispersion from inspiring English sources

Among an important class of experiments is that set of techniques designed to measure fluid dispersion.

The performance of the optimized monoliths only becomes limited by fluid dispersion due to the poorly structured macroporous pore space.

In (Ortner et al. 2007) the presence of challenging geographies and wind turbulence is accommodated by incorporating Monte Carlo simulation of fluid dispersion.

Gas-phase and liquid-phase mass transfer data published in the literature are corrected for the axial fluid dispersion coefficient values proposed by W.

Fluid dispersion obtained in the reaction zone (depending on the fluid flow velocities and geometric configuration), plays an important role in tertiary potential distribution.

The Dispersion-Concentric Model was found to be theoretically sound provided that large axial fluid dispersion coefficients given by eqn (21) are assumed.

Nanoparticle fluid dispersions containing 0.01, 0.04 and 0.08 % wt. of MWNTs were added into PKO-p-based resin and mixed by digital probe sonicator for 20 min followed by mixing with isocyanate to produce PU-MWNTs composite films.

The nanoparticle fluid dispersions containing PKO-p, PEG400, and acetone (35%%) with 0.01, 0.04, and 0.08 % (w/w) of multi-walled carbon nanotubes (MWNTs) were prepared using a digital sonicator horn (Qsonica-Q500, USA) with a probe diameter of 6 mm, in a pulse mode (0.5 s on/off) with an amplitude set at 40%%.

The design functions are fluid mixing (dispersion), distribution of extra feed points, distribution of heat transfer area and coolant temperature, catalyst dilution distribution and more.

Further, investigation by taking graphite nanoparticles was performed by Yang et al. (2005) on heat transfer properties of nanoparticle-in-fluid dispersions (nanofluids) in a laminar flow.

However, when a system operates in the laminar flow regime, significant fluid dynamic dispersion takes place.