Sentence examples for grid to model from inspiring English sources

Hence, the use of a hexagonal grid to model the BS locations is violated and is considered too idealized [6].

The soil of a section of the farm Broodkraal, in the South Western Cape province of South Africa, was sampled on a 45 by 50.5 m grid to model spatial variation of salinity and predicts the amount of salts lost through irrigation.

For example, the founder could be placed along a side or in the middle of the grid to model colonization beginning other that at the mouth of a river.

The angular space is divided into grids to model a sparse signal.

This package can utilize traditional structured, unstructured or hybrid grids to model multi-dimensional complex geometries and simulate rarefied non-equilibrium gas flows.

The data in the supplement of Ormond et al. seem to indicate, on the one hand, a decrease in the number of distinct place fields associated to place cells (in tension with a grid to place model), but on the other hand they seem to show an increase in the "out-of-field" firing rate.

Thus, despite the interpretation given in Kubie and Fox (2015); Ormond and McNaughton (2015) in favor of the partial validity of a linearly summed grid to place model, it is difficult for theory to make a definitive prediction for experiments until the inter-relation of the mEC and hippocampus is better understood.

Distributed hydrological modelling using the Grid-to-Grid model reveal areas with the greatest runoff also export higher N and P concentrations, and hence deliver a greater flux of macronutrients, while forested areas with low nutrient concentrations reduce runoff and nutrient fluxes.

The authors should note this caveat– along with the other experimental data showing that a grid to place cell model is overly simplistic (see above) – or remove the corresponding piece of text.

The amount of calculations required for the proposed method is O(NlogN), where N is the number of grid points used to model the elastic half space.

An implicit fictitious boundary method (FBM) over a fixed Cartesian grid is extended to model the heat transfer and the phase change in particulate flows in two dimensions.