Sentence examples for scatter wave from inspiring English sources

To prevent or complicate the radar target detection and recognition, much work has been done on the jamming techniques, especially some new jamming tricks that appear to counter the wideband radar system, such as the interrupted sampling repeater jamming (ISRJ) [1 9], false-target digital image synthesizer (DIS) [10 12], and scatter wave jamming (SWJ) [13 15].

The nonlinear scattered waves increase with increasing wave steepness and a second pulse is evident in the higher-order scattered wave fields.

Based on the computed results, the conditions under which scattered wave modes would significantly increase the intensity of transmitted waves are identified.

Starting from classical absorbing boundary conditions, we propose a method for the separation of time-dependent scattered wave fields due to multiple sources or obstacles.

Both the mean and the scattered wave fields exist in the same perfectly stratified earth medium, without the presence of the irregular interface.

Among several optical methods based on surface plasmon resonance, enhanced Raman scattering, wave guiding, Bragg diffraction, and photonic bandgaps, the reflective interference spectroscopy [RIfS] method is recognised as particularly promising for the development of label- free biosensing devices [6 10].

Consequently, the interspacing of adjacent nanobumps is the critical parameter of the x-component of scattering wave vector, k x: the dense interspacing between nanobumps results in stronger multiple scattering.

Both, the back scattered wave and the wave created by absorption directly in the object were detected by the piezoelectric ring sensor described above, which was mounted coaxially to the acoustic axicon.

Seismograms from the events in the Moriyoshi-zan area exhibit prominent S-to-S scattered waves from the scatterers located approximately 5 km northwest of the Moriyoshi-zan volcano and at a depth of 13 km (Figure 13).

Kinematical theory presented here assumes that the crystallite is composed of a series of scattering centres, and that doubly scattered waves, leading to a reduction of the refracted wave, have little effect ('primary extinction').

We observed prominent S-to-S scattered waves and estimated the locations of scatterers using the back-projection method.