Sentence examples for by a multiple plane-wave from inspiring English sources

The study of the structural response of a panel excited by a multiple plane-wave acoustic field is presented.

By considering multiple plane waves in the signal model to describe the direct sound, the method is suitable in the presence of multiple simultaneously active speakers.

In this section, we first review some estimators that can be used to obtain an estimate of the PSD of diffuse or reverberant sound and then derive a novel estimator that takes the presence of multiple plane waves as given by the signal model (1) into account.

The solution is the MWF for multiple plane waves and is given by begin{array}{*{20}l} mathbf{h}_{textrm{MWF}} = left[mathbf{A}boldsymbol{Phi}_{mathbf{x}}mathbf{A}^{mathrm{H}} + boldsymbol{Phi}_{mathbf{u}}right]^{-1} mathbf{A}boldsymbol{Phi}_{mathbf{x}}, mathbf{1}.

Chiral photonic crystal fiber (PCF) with a solid core is numerically investigated by a modified chiral plane-wave expansion method.

(87) Valence electrons were described by a plane-wave basis set (kinetic energy cutoff of approximately 20 Ry) and valence−core electron interactions by the projector augmented-wave (PAW) method.

A detailed and comprehensive theoretical description of X-ray diffraction moiré fringes for a bicrystal specimen is given on the basis of a calculation by plane-wave dynamical diffraction theory.

For simplicity, we assume that the radiation field can be represented by a monochromatic plane wave of frequency ω.

We stress that this configuration exceeds the focusing properties of a classical microscope objective with a high numerical aperture as well as a microsphere illuminated by a plane wave [ 22, 26].

Self-consistent calculations were performed by putting two Ar atoms in a cubic supercell of 30 bohr and using a plane-wave energy cutoff of 60 Ry.

A plane-wave basis set with an energy cutoff of 800 eV was used for the valence electron wave functions.