Sentence examples for computing reflection from inspiring English sources

This may occur due to the process of computing reflection coefficients which involves a very few arithmetic operation using few ACF values in comparison with the case of AR parameter estimation.

We compute reflection coefficients for different orders of the damping and find that significant improvements are obtained when high-order damping is used.

In this work, to obtain four unknown parameters (h, R_{mathrm{WLR}}, s, R_{mathrm{DGR}}) we minimize the difference of the model value between the computed reflection coefficient (S_{11}) (in magnitude) and the measured reflection coefficient (tilde{S}_{11}) (in magnitude) for two models: capacitive and galvanic.

Figure 8 Computed reflections of capacitive coupled open ended coaxial waveguide resonator (solid line) and galvanic coupled open coaxial waveguide resonator (dashed line).

S4 can compute transmission, reflection, or absorption spectra of structures composed of periodic, patterned, planar layers.

The dynamic responses simulated at a few locations are used to compute the reflection and transmission coefficients.

Data sets used to compute Fresnel reflection coefficients were provided from our previous studies on hydrodynamic and electromagnetic properties of Persian Gulf water.

We derive and evaluate boundary states for Maxwell's equations, the linear, and the nonlinear Euler gas-dynamics equations to compute wave reflection from moving boundaries.

Complex permittivity (εr = ε′r – jεr″) of the composites measured in X-band are used to compute the reflection loss (RLc) of conductor backed single layer EG/NPR composites by optimizing the composites thickness (d).

A commercial finite element analysis code is used to compute the reflection waveforms in the pulse-echo mode, and the effect of the laminate stacking sequence and the wave incidence direction is examined.

Then, for each mode, we compute the reflection and transmission coefficients for each blade row.