Sentence examples for mixtures with large from inspiring English sources

This paper investigates the part played by internal mixing in the evaporation of droplets of mixtures with large numbers of components.

The results indicate that the traditional one-direction flow method may not be adequate to accurately evaluate the permeability of asphalt mixtures with large air voids.

This paper presents a simple quasi-steady droplet evaporation model for multicomponent mixtures with large numbers of components based on a "continuous thermodynamics" description of mixture properties.

However, limitations of this model were recognized in the case of compacting mixtures with large volume fractions of carbamide space-holding particles (x > 50%) and at high pressures (P > 300 MPa).

The partial oxidation of methane/oxygen mixtures with large exhaust gas dilution (46.3 vol% H2O and 23.1 vol% CO2) has been investigated experimentally and numerically over Rh/CeO2 ZrO2, Rh/ZrO2 and Rh/α-Al2O3 catalysts.

It is demonstrated that NM I is the most accurate for mixtures with large Lewis number (positive Markstein length) while NM II is the most accurate for mixtures with small Lewis number (negative Markstein length).

Also, waxes containing long chains are mixtures with large-size asymmetry.

Therefore, in the absence of any external agitation, mixing is slower in mixtures with larger viscosities, contrary to common thinking.

Within the surveys, mixtures with larger numbers of detected substances were favoured since they provide a greater challenge for the decision tree.

Based on oral PCB exposure studies, mixtures with larger percentages of both higher-chlorinated and dioxin-like congeners are the most potent for inducing hepatocellular neoplasms, hepatic histopathological changes, and thyroid follicular-cell hyperplasia in rodents (Mayes et al. 1998).

The results show that for pure gas adsorption, the effect of temperature is large when strong adsorption occurs, mainly due to the variation of the interaction energy between adsorbate molecules with temperature; while for gas mixtures, systems with large selectivity are more sensitive to temperature.