Sentence examples for mode equation from inspiring English sources

Eigenvalue convergence runs show that cubic Legendre polynomials construct the optimal ballooning mode equation for intensive computations.

Second, numerical simulation results for a single mode equation and experimental results for the beam are given.

The results obtained by modal analysis and the power-spectral density technique are in good agreement with those calculated as the solution of the S1 Lamb mode equation.

An incompressible variational ideal ballooning mode equation is discretized with the COOL finite element discretization scheme using basis functions composed of variable order Legendre polynomials.

Figure  5B, in which estimates of SNP effects obtained with BayesR, emBayesR, emBayesR_without_PEV are plotted, illustrates this result.> We also compared the accuracy of prediction based on the joint posterior mean (Equation 8b) versus the mode (Equation 8a) in the simulated data (Table  6).

We present a fast solver for the coupled mode equations in duct acoustics.

The energy consumption per superframe is calculated by Equation (2) (device) for standard mode, Equations 5 (device) and 6 (relay for RM) for retransmission mode, and Equations 8 (device) and 9 (relay for ETM) for extended topology mode.

A set of coupled mode equations for two-dimensional multi-channel acousto-optic inter-modulation are derived, and the solutions are obtained.

Design issues, like connective reachability of the sliding manifold and the stability of the sliding mode equations in the expanded and original state spaces are examined.

A simple and fast numerical procedure is presented for designing spatially symmetric Bragg gratings with no need for iteratively solving the coupled mode equations.

In the dual-core optical fiber, the two beams are launched into two cores simultaneously, the solution of coupled mode equations is derived.