Sentence examples for transfer rates due from inspiring English sources

This concept of atomization increases the heat and mass transfer rates due to the increases of the expose area of the brine solution compared to falling film technique used in the conventional absorber.

(3) Within the NAPL source zone, decreased mass transfer rates due to limited interfacial area and/or increased aqueous phase flow rates becomes the overall rate-limiting factor in this system for Sn<0.3.

This work aims at designing a thermal energy storage (TES) using air as heat transfer medium, efficient mainly for free-cooling but also for other applications, improving the low heat transfer rates dues to the thermal conductivity of the materials usually employed in these systems, phase change materials (PCM).

Heat transfer is mainly limited by the low PCM heat transfer rate, due to a relatively low thermal diffusivity.

It is well known that conventional heat transfer fluids including water, oil, and ethylene glycol mixtures have poor heat transfer rate due to their low thermal conductivity.

A few researchers suggested that nanofluids have an increased heat transfer rate due to specialised phonon and electron interaction and scattering at the nanoscales (ballistic heat transport) [64].

In addition, the ultrathin NC can prevent the aggregation of active sites and improve charge transfer rate due to rich N-doping.

The result shows the significant enhance in heat transfer rate due to the addition of CBN particles in Aluminium alloy (AA 6061 T6061

In addition, mass transfer measurements were carried out in order to determine the modification of the mass transfer rate due to Marangoni convection.

The model includes both possible enhancement of mass transfer due to the presence of small adsorptive particles as well as reduction of the mass transfer rate due to the presence of particles adhering to the gas liquid interface.

Accordingly, the enhancement in the heat transfer rate due to microparticles dispersion is relatively higher than that of nanoparticles dispersion and this is true for any value of particle fraction.