Sentence examples for using the experimental geometry from inspiring English sources

The computation was initiated using the experimental geometry from invariom refinement at the lowest temperature of 9 K with idealized hydrogen positions and elongated X H distances.

The dimensions of the simulation cells and their initial configurations were adopted using the experimental lattice parameters and geometries at corresponding temperatures.

The model was then validated using the experimental data measured under the CP- and channel-based VRFB geometries.

Figure 6 Simulation results for the EBL flood exposure area in Figure 5, using the true experimental geometry.

For the remaining cases where the conformer models before clustering are not more accurate than the RMSD cluster threshold, OMEGA does not even come close to reproducing the experimental geometry using the PubChem3D choice of parameters, considering that an increase of 0.1 Å from RMSD cluster does not find many additional "missed" pre-clustered conformer mo-dels, as Figure 5 shows.

It is necessary to add that the experimental geometry used (Figure2b) was far from optimal since only a small fraction of the THz emission, mainly propagating along the substrate plane, can be collected in this configuration.

The model is solved by using computational fluid dynamics (CFD) for the experimental geometry: a tee piece as mixer followed by a cylindrical reactor.

These simulations use a two-dimensional approximation of the experimental geometry.

The experimental geometry was used for finite-element method (FEM) calculations of the total energy density.

A regression equation was developed using these two variables to predict the accuracy of a theoretical ensemble to reproduce the experimental geometry.

The experimental geometry was modeled in the GEANT4 code to study the detection sensitivity for both CR and CREL.