Sentence examples for simulation of transport from inspiring English sources

Cornell, W., Carey, S. & Sigurdsson, H. Computer simulation of transport and deposition of the Campanian Y-5 ash.

A numerical simulation of transport phenomena in the photo-electrochemical (PEC) reactor is performed.

To predict whether the primary biocide and by-products exceed regulated boundary values or assess environmental fall out in general requires the simulation of transport and reaction.

These coefficients were considered in the simulation of transport coupled with experimentally calculated exchange constants and dissolution/precipitation reactions of gypsum and carbonates.

In these cases, mathematical models that explicitly account for multiple factors are necessary for proper simulation of transport and for accurate analysis of causative factors.

Details of the methodology used in the simulation of transport properties with microscopic pore structure parameters are also presented and discussed.

A simulation model of transports of ions and complexes across the dialyser membrane was created in MATLAB (The MathWorks, Inc., Natick, MA, USA).

At the GNR edges, we assume hydrogen passivation sp2 dangling bonds, which is the standard treatment of edges in simulations of transport through GNRs.

This leads to a very efficient stochastic solver, whose advantages are illustrated using steady and transient simulations of transport and mixing in a microchannel.

We also discuss and compare the macroscopic observations and conclusions on materials properties with that of lattice Boltzmann simulations of transport properties based on underlying material structure and chemistry.

In particular, slow advection (leakage) into an aquitard is often neglected in previous analytical treatment of solute transport, making such analytical solutions unsuitable for benchmarking numerical simulations of transport when aquitard leakage exists.