Sentence examples for distribution of scattering from inspiring English sources

The size distribution of scattering particles was reconstructed from the scattered light correlation function using PrecisionDeconvolve software (Precision Detectors) based on the regularization method by Tikhonov and Arsenin (Tikhonov and Arsenin, 1977).

Scattering properties of tissue include the scattering coefficient (μ s), which describes the mean free path between scattering events, and the scattering phase function (p, which describes the angular distribution of scattering events.

Tissue optical properties are characterized by the absorption coefficient (μ a) and the scattering coefficient (μ s), which are the inverse of the mean free paths between absorption and scattering events, respectively, as well as the scattering phase function (PF), which describes the angular distribution of scattering events.

The behaviour of the flow near the trapped set has an effect on the distribution of scattering resonances and in particular on the type of resonance free regions.

Also in this district, Nishigami (2007) estimated the distribution of scattering coefficients in the crust with a coda-wave inversion analysis (Nishigami 1991) and found a zone of high scattering coefficients distributed at depths of 20 30 km.

The distribution of scattering coefficient μ s is summarized in Table 1.

Only at Δr 1 ≈ 2r 0 scattering intensity is approximately equal initial distribution of scattered radiation from pure NP.

The azimuthal distribution of scattered atomic electrons following triplet production yields information regarding the degree of linear polarization of the incident photon beam.

Angular distribution of scattered spin-plasmons depends on both the shape of the potential and the form-factor of the spin-plasmon, revealing its internal structure.

The current research plan includes measurements of: electron doubly differential bremsstrahlung cross sections; inner shell ionization cross sections; angular distributions of L X-rays, and the angular distribution of scattered electrons.

Quasi-monochromatic night-sky brightness data are advantageous in the accurate characterization of spectral power distribution of scattered and emitted light and, also allows for the possibility to retrieve light output patterns from whole-city light sources.