Sentence examples for various scattering from inspiring English sources

The proposed model has produced various scattering patterns of polymers, such as the equatorial, layer line, four-spot, droplet-shaped and triangular scattering.

A plot of various scattering phonon relaxation time as a function of ξ (ξ = ℏω / k B T) in terms of frequency at T = 10, and 35 K from Equations 7 to 10 are shown in Figure 2. It can be seen that for low values of ξ, the phonon-electron scattering is higher, while for high values of ξ, it is the phonon-defect scattering that grows faster.

We present a comprehensive study of the transport and quantum scattering times to differentiate various scattering scenarios and quantitatively evaluate the density and distribution of charged impurities and the effect of dielectric screening.

Under the relaxation time approximation, we modify the scattering mechanism of the phonons, which were originally suggested by Callaway, and incorporate various scattering mechanisms including dislocation, point defects, phonon-phonon scattering, and boundary scattering from the grain and thickness effect.

We first discuss the relative magnitudes of the various scattering mechanisms.

In Fig. 8, we illustrate the various scattering mechanisms for detectable SEM signals.

These originate from various scattered regions within repeats rather than from a specific site, and are generally represented on both strands.

Gibbs and various scatter ionic ratios plots of the geochemical data indicate that water-rock interaction followed by evaporation are the most dominant processes controlling groundwater composition, while a Piper plot reflects mixing with irrigation-return flows subject to evapotranspiration.

This is in agreement with the findings of Level 1 analysis presented in Figure 7. Level 2 analysis allowed the formation of various scatter diagrams and two of the most representative diagrams are selected and can be seen in Figures 8 and 9. Figure 8 presents the effect of nanoparticle concentration and size on conducting heat transfer for Al2O3-water nanofluids.

Acoustic phonons are effectively scattered by various scatterers for the thermoelectric power.

Thermal activity is confined to several regions of various sizes, scattered over an area of about 15 km.