Sentence examples for modelling the catalyst from inspiring English sources

For modelling the catalyst, an Al15O40H35 cluster has been selected representing the γ-Al2O3(1 0 0) surface, and Ni metal particles of different sizes were cut from a Ni(1 0 0) surface and deposited on the Al15O40H35 cluster.

Energy balance of an unsteady flow through a control volume is used to model the feedgas temperature, whereas energy balance of a closed system is used to model the catalyst brick temperature.

The reaction mechanism for a polycrystalline Pt surface was used to model the catalyst surface, at a temperature of 1300 K.

It is seen that the widely-used Gwyn equation cannot model the catalyst attrition accurately.

With this model, the catalyst activity profile can be optimised for Pt catalysed methyl α-d-glucopyranoside (slowly-reactive) and glucose (highly-reactive) oxidations.

It is shown that using the plug-flow model the catalyst ranking is the same as determined with the use of the dispersion model.

According to a simple model, the catalyst effectiveness factor of the PPR turned out to be 17%, whereas that of the monolith was 95%.

Based on such a cluster model, the catalyst utilization was calculated through counting the number of Pt/C clusters and Nafion particles clusters.

In the extrapolation model, the catalyst loading effect can be compensated by taking the catalyst loading-dependent probability of the re-adsorption + further reaction of the desorbed H2O2 into consideration.

Thus, in the FRC model, the catalyst particle's primary role is to serve as template for the formation of hemispherical caps at nucleation (as this reduces the high total surface energy of the particle caused by its high curvature).

The paper presents the coupled results on reactor structure modelling and the catalyst testing.