The phrase "a function of scattering" is correct and usable in written English.
It can be used in scientific or technical contexts to describe how one variable or phenomenon is influenced by scattering effects.
Example: "The observed intensity of the light is a function of scattering, which varies with the size of the particles in the medium."
Alternatives: "dependent on scattering" or "related to scattering".
However, no definite scattering peak was observed as a function of scattering vector characterizing the latter stage of spinodal decomposition.
The size of the smallest particles I of the ceramic matrix can be estimated according to the Guinier formula [20]: Figure 5 Intensity as a function of scattering vector.
Consequently, the inelastic transmission is not uniformly decreasing as a function of scattering order and allows for overtone processes since the π-channels are generally more transmissive than the σ-channels, even in systems where the fundamental mode is allowed and significant.
The higher order scattering processes are simply given by more of the same matrices multiplied together, eq 2, and since the multiplication of these matrices gives something smaller than 1, the inelastic transmission must decrease uniformly as a function of scattering order.
It used Cu Kα radiation (wavelength 0.15418 nm) powered by X-ray generator at 45 kV and 40 mA and a solid-state pixel detector, PIXcel3D, which measured the scattered intensities as a function of scattering angle (2θ).
Light scattering investigations on both M. smegmatis contaminated and uncontaminated tea dust particle samples were carried out as a function of scattering angle at 543.5, 594.5 and 632.5 nm wavelengths.
High-energy X-ray (58.66 keV, λ = 0.2114 Å) scattering patterns for the Co-oxide catalyst powders, capillaries and backgrounds were measured as a function of the scattered wavevector q, where q = 4π sin/λ and 2θ is the scattered angle, in the range 0.4 < q < 24 Å−1 at the Advanced Photon Source (APS) of Argonne National Laboratory at beamline 11-ID-B (Chupas et al., 2003 ▸, 2007 ▸).
We examined the time-correlation function of scattering intensity for model multi-modal systems, i.e., mixtures of latex solutions having different particle sizes and of polystyrene standard solutions having different molecular weights, by properly taking into account the unknown fractions, w(Rh), and scattering intensities of individual components.
The X-ray images were recorded for 900 s with a 2D position sensitive detector (Vantec 2000), corrected for background scattering and radially integrated to obtain the scattering intensity as a function of the scattering vector, q = (4π/λ) sin θ, with 2θ being the scattering angle and λ the X-ray wavelength.
We provide analytic expressions for geometric albedos and spherical albedos as a function of the scattering albedo for Rayleigh scattering in semi-infinite atmospheres.
In ASAXS the scattered intensity is a function of the scattering vector q and the X-ray energy E, with q = 4π sin θ/λ and λ the X-ray wavelength.
