Sentence examples for scattering parametric from inspiring English sources
Graphene oxide is a strong candidate for studying high frequency and optical interactions due to excellent scattering parametric characteristics being a few nano-meters thick and having outstanding optical characteristics with a variable band-gap.
When polaritons are excited above the threshold in the phase matching conditions for parametric scattering, we observe a very efficient scattering towards the final states (signal and idler), inducing pump depletion.
A detailed parametric study of the bubble behavior was executed using the ratio of scattering to attenuation (STAR).
First, a parametric model is presented to describe the range migration curve (RMC) of scattering center in a range-compressed signal of SAR raw data.
When β = 1 and ρ ∝ 1/ R2 [see Figs. 1(a) and 1(b)], the strongest absorption and scattering occur for the nanoshells of diameters 400 nm, i.e., at the edge of the parametric domain of interest (absorption peaks for R1 ≈ 180 nm, while scattering becomes maximal for pure gold nanoshells).
In this paper we discuss a method for construction of C1 piecewise polynomial parametric fair surfaces which interpolate prescribed R3 scattered data using spaces of parametric splines defined on R3 triangulation.
We have developed a parametric analysis of diffuse scattering (haze) measured by integrating sphere, based on power law ('B') representation of changes in scattering intensity vs. NIR to UV wavelengths.
This process is called scattering.
Then, we present numerical parametric researches for the oblate ellipsoid and prolate ellipsoid by using finite element method and multipole decomposition based on electromagnetic multipole theory, which particularly demonstrate the possibility of suppressed backward scattering and enhanced directional forward scattering.
