Sentence examples for models the electrostatic from inspiring English sources

Using these models, the electrostatic potential at the molecular surface of each HLA-DP was calculated and compared.

The Poisson-Boltzmann equation models the electrostatic potential generated by fixed charges on a polarizable solute immersed in an ionic solution.

The multi-physics approach allowed the introduction of several physical phenomena to correctly model the electrostatic actuation and the squeezing effect present between electrodes.

The consideration of slope and curvature of deformable electrode for modelling the electrostatic forces for large gap separations predicts more accurate results.

A numerical model in which OpenFOAM® is used to model the electrostatic field resulting from corona discharge in single-channel wire-plate electrostatic precipitators (ESPs) was applied to systematically study the shielding effect that can arise between adjacent discharge electrodes.

We applied FEA method to model the electrostatic field distribution and strength to direct the ring extractor design, which has the similar printing capability with the system using substrate as the ground electrode.

We numerically model the electrostatic potential due to the DC voltage applied to the either the top or bottom electrodes, as shown in Figure 3.

Note that the external field φ ( x ) = x / 2 is the same that in [5] is considered for to model the electrostatic behaviour of zeros of classical Laguerre polynomials.

In the parallel-plate capacitor model, the electrostatic force can be expressed as begin{aligned} F_e = frac{left( CV_hright) ^2}{2 varepsilon S}, end{aligned} (7 where C is the capacitance between the pad and the ITO electrode, (V_h) is the haptic voltage applied between the electrodes, (varepsilon) is the dielectric constant, and S is the area of the interface.

According to our modeling, the electrostatic interactions of Asp115 with the calcium ion are especially important for the re-positioning of the N-terminal 108 113 region.

The paper by J. Colmenares et al. entitled " A combined MPI-CUDA parallel solution of linear and nonlinear Poisson-Boltzmann equation" is on a combined MPI/CUDA approach for the solution of linear and nonlinear Poisson-Boltzmann equation, which is very relevant to modeling the electrostatic potential generated by a system of charged particles immersed in an ionic solution.