Sentence examples for using the dispersion model from inspiring English sources

The long time performance of an isothermal fixed bed reactor undergoing catalyst poisoning is theoretically analyzed using the dispersion model.

The simulations using the dispersion model suggest 17 m as a typical halving distance under normal urban conditions, which is introduced to simplify the description of dispersion profiles.

The aim of this article is to study the laminar-forced convective flow heat transfer of nanofluid in a triangular duct with constant wall temperature using the dispersion model.

It is assumed that the kinetics of all the tissues are described by a flow limited, well mixed model, except for the liver, which is described using the "Dispersion" model of Rowland and colleagues [ 32, 33] with a dispersion coefficient of 0.3.

"The UK uses the dispersion model of incarceration (where tribunal prisoners are intermixed and interact with prisoners) … thereby making them more vulnerable to attack by domestic prisoners.

To partially overcome this difficulty, some researches [19 21] used the dispersion model which takes into account the improvement of heat transfer due to the random movement of particles in the main flow.

No epidemiologic studies thus far have used the dispersion model approach to estimate and examine PM exposure from various sources.

Finally, we inverted the measured transmittance data using the Cauchy dispersion model, the Forouhi Bloomer dispersion model and a modified Forouhi Bloomer dispersion model, and the effectiveness and the feasibility of SPSO when applied to the determination of optical constants is verified.

Additional file 2: Table S2-3 describes the default parameters and data sources used in the dispersion model.

We used the 1996 data because they were closer to the birth year of the subjects, and improvements had been made since 1990 in the emissions inventory data and the assumptions used in the dispersion model (U.S. EPA 2002a).

Local-scale pollutant contributions for PM2.5, EC, SO4, CO, and NOx at each ZIP code centroid were modeled using the AERMOD dispersion model, version 09292 (Cimorelli et al. 2005), which simulates concentrations of pollutants directly emitted into the atmosphere.