Sentence examples for mass transport efficiency from inspiring English sources

The results reveal that the baffle plate can enhance the mass transport efficiency and the performance of PEMFC.

The use of helium or argon did not influence the mass transport efficiency, but the signal structure changed.

Mesoporous carbons (MCs) are porous materials with high surface area and superior mass transport efficiency than traditional carbon materials that make them attractive to electrocatalytic applications.

A comprehensive analysis, including polarization curve, methanol permeation current, mass transport efficiency and CO2 volume fraction, is conducted to investigate the characterization of anode flow rate in different current regions.

The mass transport efficiency and transit times of near infrared femtosecond (fs) laser generated brass aerosols in pure argon and helium argon mixtures were calculated at experimentally optimized conditions and a transient signal was constructed.

Compared with the conventional single serpentine flow field, this new design enhances the methanol mass transport efficiency and the exhaust resultant (CO2) rate due to the increasing pressure difference between adjacent flow channels.

Applying a new hybrid numerical and analytical approach in the finite element simulator RockFlow/GeoSys for hydraulic flow and mass transport, the efficiency of the removal of organic contaminants from water using a microporous polypropylene hollow fiber membrane module (HFM) was accurately modeled for a large range of operating conditions.

To facilitate mass transport and column efficiency, solutes must have free access to particle pores to facilitate interactions with the stationary phase.

The influence of mass transport on current efficiency for metal dissolution, apparent anode potential and surface microtextures resulting from dissolution was investigated.

Studies on the advantages/limitations of electrolyzers with different architectures do show how a judicious application of pressure differentials in a recirculating electrolyte scheme helps reduce mass transport limitations, increasing efficiency and power density.

The La-Y-PbO2 electrode was demonstrated to have a superior electrochemical oxidation ability, which had a higher apparent rate constant, mass transport and mineralization current efficiency and lower energy consumption.