Sentence examples for mode scattering from inspiring English sources

The backscattering of antenna is also discussed and calculated for antenna mode and structural mode scattering.

It is noted that the enhanced energy absorption in the active layer is ascribed to the strong local field intensity, surface plasmon polariton (SPP) mode, scattering effect of nanoparticles, and Fabry-Pérot (FP) resonance effect.

The main task of the receiver section of the reader is to detect the useful backscattered signal component (i.e., the antenna mode scattering dependent on antenna load changes) from the signals backscattered by the antenna structural mode and other scatterers (clutter), which are, in general, dominant.

Then a variety of liner configurations containing periodic/non-periodic hard-splices are studied and the mode scattering mechanism is discussed.

In a recent article, a method was proposed to calculate the mode scattering by an azimuthally non-uniform impedance liner section inserted in an infinite duct.

Then an infinite duct model is developed to investigate the mechanism of mode scattering excited by a circumferentially non-uniform boundary.

The redistribution of incident mode content is shown, in particular the mode scatter effect that liner symmetry has on symmetric and asymmetric incident mode shapes.

Since data are acquired in list mode, scatter and photopeak windows can be set after acquisition.

In the nanowire type single mode waveguides, scattering loss arises due to side-wall inhomogeneities created in the etch process used to define the waveguide.

Diffraction at the bottom Al grating layer helps couple incident light to plasmon waveguide modes; scattering at the top Al grating layer reconverts the detained plasmon to a propagating wave.

b G-mode Raman scattering spectra of 12C (red) and 13C (green) SWNT Raman tags are easily resolvable, have nearly identical scattering intensities, and are excited simultaneously with a 785-nm laser.