Sentence examples for the numerical devices from inspiring English sources

The main numerical aspects of the model are described, addressing in particular the contact creation and update procedures, and the numerical devices that support an efficient explicit solution algorithm.

Carrier transport through a tunnel barrier was modeled and implemented in the numerical device simulator AFORS-HET, which allows calculating the tunnel current between two semiconductor layers or between a metallic contact and a semiconductor layer.

The numerical device simulation results show that in comparison to a conventional AlGaN/GaN MIS-HEMT of similar design, a graded barrier MIS-HEMT device exhibits a better interface property, remarkable suppression of leakage current, and a significant improvement of breakdown voltage for HfAlOx gate dielectric.

Proposed analytical model is validated against the professional numerical device simulation tool ATLAS-2D, thereby ensuring the accuracy of our model.

The finite element calculation is performed at macroscopic level and trained neural networks are employed as numerical devices for substituting the finite element computation needed for the mesoscale prediction.

We preserve the accuracy of numerical device simulations whilst reducing the time for a simulation of cell efficiency from potentially hours to milliseconds.

The main ingredient of the method is a numerical device we developed in recent years that enables us to construct numerical method for a PDE that also simulates its related equations.

Therefore, we investigated the device behaviour by means of numerical device simulation concerning the formation of current filamentation and the correlated shape of the electrical field distribution.

The operator splitting approach is adopted in constructing the method in which the conservation and dispersion parts of the equation are alternatively solved; our numerical device is applied in solving the conservation part of the equation.

Thus, the discrete particles serve not only as a numerical device for solving the partial differential equations, but also as a means for incorporating microscopic physics into the model.

We simulate the solar cells in full-size with numerical device modeling, based on incomplete ionization and updated parameters of the Al–O complex in the Al-BSF region, combined with SPICE circuit models.