Sentence examples for scattering components from inspiring English sources

In this paper, the change of scattering components before and after POA compensation is employed to define the parameter CRDbl Vol, so the traditional Yamaguchi four-component decomposition (Yamaguchi et al. 2005, 2006) is used for the four components extraction.

Thus both particles are mutually repulsive, and since the zeta potential is measured based on the electrophoretic mobility of the particles [105], the sensor translates the frequency shift in the light scattering components into zeta potential value for individual element which results in a much broader distribution.

By applying a high-pass filter, static (low frequency) scattering components are suppressed while dynamic (high frequency) scattering components are preserved.

According to the Yamaguchi four-component scattering model (Yamaguchi et al. 2005, 2006, 2011), the scattering components of the objects are decomposed into surface, double bounce, volume, and helix scattering components.

Furthermore, in other areas of application such as blood flow measurement in the skin, it is not always feasible to physically remove the static scattering components.

To describe the measured directional scattering pattern, we propose a phase function consisting of isotropic and Lambertian scattering components.

Although both the scattering power and the relative contribution of the double-bounce scattering component of oriented buildings in the PolSAR image after POA compensation are increased, the dominant scattering mechanism of oriented buildings is still volume scattering.

Through analyzing the changes in the scattering mechanism before and after POA compensation for the three kinds of buildings, we found that the increase in the amount of double-bounce scattering component and the reduction in the amplitude of the volume scattering component of the oriented buildings are greater than for the collapsed buildings.

With decreasing Rician K-factor (left to right) the performance deteriorates since the residual interference over the diffuse background scattering component is not mitigated by our beamformer optimization.

As shown in Fig. 1, the relative contribution of the double-bounce scattering component of the oriented buildings after POA compensation cannot be increased as much as for the parallel buildings.

with (beta _{u} sim mathcal {U}left (-pi,pi right)) denoting a random phase-shift, (phi _{u} sim mathcal {U} -60°,60° U} -60°,60°_{u} sim mandcal {U})(70°,110°) representhetathe LOS directions, and (mathbf {h}_{u}d} sim mathcal {CN}left (mathbf {0},mathbf {I}right)) being a diffU}e background scattering component.