Sentence examples for realistic electrical from inspiring English sources

The concept builds on existing 3D geologic models, which are processed, meshed, assigned realistic electrical parameters and used for our finite element simulations on unstructured tetrahedral grids.

The modeling results show that when realistic electrical conductivities for the GDL are used, the effect of the electrical resistance of GDL is slight and can be neglected for all industrial applications.

The conductivity distribution as calculated in Manoj et al. (2006) may similarly serve the same level of approximation but also shows spurious features such that it is recommended that use of these data is discontinued in favor of the data presented here in applications attempting to represent the realistic electrical conductivity of the ocean.

Using realistic electrical coupling in cochlear models will facilitate opportunities to gain further information about mechanical and electrical interactions.

In the absence of the Purkinje network, a time-dependent initial stimulus was applied on the endocardium to mimic a realistic electrical activation sequence in the heart.

When realistic values of electrical conductivities are used for both the GDL and catalyst layers, there is no significant change in the characteristics of current density distribution across the land and channel.

Finally, the morphology of neurons changes over time, and itself depends on the activity of the neurons [ 6, 7] With the cable approximation, Wielfrid Rall opened the way to realistic multi-compartment electrical models [ 8].

Comparison with experimental data suggests that the present model provides a realistic picture of the electrical behavior of zirconia-based ceramics and leads to quantitative predictions.

A realistic model for nanofluid electrical conductivity must take into account nanoparticle size as well as the surface charge of the nanoparticle in suspension, neither of which is accounted for in the Maxwell model.

Since we want to be as close to biology as possible while keeping the possibility of a mathematical analysis of the resulting model, we consider two types of simplified, but realistic, synapses: chemical and electrical or gap junctions.

In the present work, a 3D Finite Element Method combined with Landau-Devonshire theory was developed for computing local fields in order to describe the role of realistic microstructures on the electrical response.