The phrase "a scattering process" is correct and usable in written English.
It can be used in contexts related to physics, chemistry, or any field discussing the distribution of particles or objects.
Example: "In the experiment, we observed a scattering process that resulted in the particles being evenly distributed across the surface."
Alternatives: "a dispersal mechanism" or "a diffusion process".
We show that for three photons the three distinct distinguishabilities between pairs of photons are not sufficient to fully describe the photons' behaviour in a scattering process, but that additionally a fourth parameter, a collective phase, governs the scattering process.
In this Letter we conjecture a potentially rigorous framework in which the status of de Sitter space is the same as that of a resonance in a scattering process.
We use a joint probability distribution P h, μ′) = p(h; μ′ q to describe both the distance traveled by the particle between two scattering processes and the change in the particle pitch-angle after a scattering process.
The coupling between external fields and the nanoresonator consists of an absorption and a scattering process.
Fig. 7 Simulation of the angular shift of small features in the DCS of a scattering process.
It implies that the scattering processes are Markovian which means that a scattering process does not depend on preceding scattering processes.
The Raman effect is an inelastic scattering process between a photon and a molecule.
However, the Raman signal is very weak because Raman scattering is an inelastic scattering process of photon, only one in every 107 photon incidence on a molecule undergoing Raman scattering, and it has a second-order dipole transition nature.
Most importantly, however, for the case where the UHF-signal exceeded the incoherent scatter signal significantly, the spectrum revealed a clear Gaussian shape indicative of a coherent scattering process with identical spectral width as for the VHF-observations.
A set of graphical rules can be derived so that the probability of a specific scattering process can be calculated by drawing a diagram of that process and then using the diagram to write down the mathematical expressions for calculating its amplitude.
It has been demonstrated that using controlled random scattering, that is, properly shaping the wavefront before a strong scattering process, sorting of arbitrary spatial mode structures (including radial p modes) can be achieved in a coherent way69.
