Sentence examples for wide range of grid from inspiring English sources

The model successfully represents the original structural information in a wide range of grid sizes and improves the simulation accuracy within the given computational resources.

We have recently developed very precise carbon-interspaced antiscatter grids having a wide range of grid strip densities (i.e., 85 234 lines/in).

Although the first three models have a positive contribution to maintain the structural information in the resampled structure, their applicability is not completely assured in a wide range of grid sizes.

A convergence study indicates the split method has complexity O(N) over a wide range of grid spacings and Mach numbers, while the use of full coarsening for all equations makes the complexity deteriorate to almost O(N1.5).

end{aligned} (43) An optimal value for α, achieving an isotropic numerical phase velocity, can be simply estimated as the mean value of α over the azimuthal angles, and it was found that it remains constant (approximately, 0.167) for a wide range of grid sizes, and it is insensitive to the value of the Courant number.

Over the last few years, we have seen the emergence of a wide range of Smart Grid architectures, technologies, and applications made possible by the significant improvements in hardware, software, and networking technologies.

The parameters of the PI control are tuned off-line using Genetic Algorithm (GA) in order to minimize the associated Integral of Square of Error (ISE) between the reference updated power (function of the SRG voltage) and the SRG power over a wide range of abnormal grid conditions.

Thin-film PV technologies have huge potential to spread into a wide range of off-grid end-use areas where autonomous energy harvesting is needed [1].

For many problems (i.e. for a wide range of material properties, grid-spacings and time-steps) the CHAMP algorithm is stable and second-order accurate using no sub-time-step iterations (i.e. a single implicit solve of the temperature equation in each domain).

High-performance power-conversion systems for a wide range of applications, including smart grid, renewable generation, energy storage, telecom, data centers, electric vehicles, and robotics.

In contrast, E-ratemax was less informative of grid firing (0.392 ≤ MIC ≤0.532) and a wide range of values were consistent with grid firing.