Sentence examples for models for catalyst from inspiring English sources

This leads to difficulty in developing simple models for catalyst washcoat effectiveness based upon any parameter such as a Thiele modulus.

A methodology for estimating deactivation models for catalysts in industrial application is proposed.

A model for catalyst layer (CL) performance is used to determine optimal shapes of electrolyte content and catalyst loading through the CL thickness.

A similar sensitivity analysis was used to derive a reduced model for catalyst deactivation, by using data recorded in the dual non-isothermal integral reactor system.

In this work, a model for catalyst deactivation in terms of fouling because of blockage of micropores of the catalyst is used to estimate activity independently of reaction rates; later cracking kinetic rates of a model compound are estimated.

A mathematical model for catalyst regenerator of fluidized bed catalytic cracking process, including thermal effects, has been developed to simulate a regenerator having characteristics similar to that of the unit operated by Petrobras (Brazilian Oil Company).

A multiscale model is subsequently established to quantify the two types of reaction rate and simulate the catalyst leaching from a cross-coupling catalyst, PdEncat™ 30; including: (1) a multi-particle sizes model for catalyst scale; and (2) a dispersion model for reactor scale.

Using the sedimentation-diffusion model for catalyst dispersion the steady-state performance of semi-batch bubble column reactors has been studied over a wide range of mass transfer and reaction groups for reactions that are described by power law and Langmuir-Hinshelwood (L-H) type of kinetics.

In this paper, we demonstrate the utility of combining multicomponent ligand synthesis and catalytic performance studies with predictive modelling for catalyst discovery and optimization.

A numerical model for catalyst-aided carbon dioxide (CO2) desorption from CO2-loaded aqueous amines solution has been developed.

Therefore, effective simulation models for different catalyst technologies and DPF have been developed and integrated into a common simulation environment ExACT (Exhaust After-treatment Components Toolbox).