Sentence examples for model simulation at from inspiring English sources

Distribution of soil water under field experiment and by model simulation at different growth stages agreed closely and the differences were statistically insignificant.

To quantify air quality impacts of airport-related hazardous air pollutants (HAPs), we carried out a fine-scale (4 × 4 km horizontal resolution) Community Multiscale Air Quality model (CMAQ) model simulation at the T.F. Green airport in Providence PVD, Rhode Islandnd.

We initiated the model simulation at hr 0 to account for the body burden of CPF resulting from previous exposures via inhalation or ingestion of house dust or soil.

The outcome of spin organizations from a 2D Ising model simulation at three different T values is presented in Figure 2 after being projected on a 1015 parcellation of the brain [ 67] (notice that the relation between physical position in the brain and the 2D lattice is completely arbitrary, even if nearest neighbour interaction distribution is maintained).

In this work we consider post-transcriptional miRNA regulation as recent studies proved that miRNAs regulation is particular active at low mRNA copy numbers, which occur in our model simulation at the Wnt1 expression domain boundary, and can induce gene expression thresholds [ 30, 35].

Instead of defining the simulation model at once, the method modificates the simulation model during simulation run time.

The model simulations at other four operating points closely match the cylinder pressure trace and heat release rates of the experiments.

A novel geospatial tool box named Geospatial Simulation (GeoSim) has been developed, which can be used to manage point-based model simulations at multiple locations using geospatial data within a geographic information system (GIS).

Here, the feasibility of Finnish Meteorological Institute's open rain gauge and open weather radar data as input sources was studied by conducting Storm Water Management Model simulations at a very small (33.5 ha) urban catchment in Helsinki, Finland.

Demonstrating this approach, we examine the parametric sensitivity of an advanced agroecosystem model (Landscape-DNDC) using a framework that is based on (1) the Sobol SA method, (2) model simulations at three UK arable sites and (3) the grouping of the model's parameters according to the processes they affect.

The explicit ion results approach those of the Debye–Huckel model simulations at physiological salt concentrations (100 mM) as the explicit ion radius is decreased, since ion excluded-volume is reduced, with the two methods agreeing to within 10% for the most realistic ion radius (0.125 nm).