Sentence examples for by using the dispersion from inspiring English sources

The absorption locations can be estimated by using the dispersion relation of the ECGs, and it is confirmed that the absorption of the graphene-based ECGs is resulted from the excitation of the guided mode resonance (GMR).

A new blind algorithm, proposed by Lin [15], was derived by using the dispersion of real and imaginary parts of the equalizer output of MMA algorithm as constraints and minimizing the squared euclidean norm of the change in the tap weight vector to ensure that error samples approach zero.

By using the dispersion of the photonic bands, he inferred negative refraction zones from frequency regions where the effective mass is negative.

The chromatic GIGL model predicts the dispersion throughout the GRIN structure by using the dispersion curves of the surface and the center of the lens.

The detailed paths of ORR on MnN4 embedded graphene (MnN4-gra) have been investigated by using the dispersion-corrected density functional theory (DFT-D) method.

Liquid flow non-idealities in bench scale hydrotreaters operating in cocurrent gas-liquid upflow mode are evaluated by using the axial dispersion model.

An indication of the potential reduction in air pollution was obtained by using the Dutch dispersion model CAR (Calculation of Air pollution from Road traffic) (Eerens et al. 1993).

It has been reported that by using the hydrothermal dispersion method to introduce phosphorus, as mentioned in Section 2, more homogeneous distribution throughout the micropore channel system can be obtained, whereas impregnation leads to a high concentration of phosphorus species on the surface.

The problems of satisfying the cylinder boundary conditions simultaneously are removed, by adopting the mode-matching technique, using the dispersion relation for an infinite cylinder and approximately satisfying the boundary conditions at the lateral surfaces by a circle-wise fulfilment or a subregion method.

We also show the feasibility of constructing metamaterials with a simultaneous characteristic of high damping and high stiffness by using the controllable wave dispersion in the woodpile structures.

The obtained ellipsometry spectra (Ψ and Δ at range of 200 1000 nm) of the films are fitted by using the Forouhi-Bloomer dispersion model (Additional file 1)[32].