Sentence examples for multiple scattering events from inspiring English sources

The formation of bubbles, with a discontinuous boundary in the refractive index between two phases, results in significant elastic backscatter of the probe beam due to a combination of Mie scattering and multiple scattering events.

It is important to notice that also the medium starts depolarizing as the optical thickness increases, owing to the higher and higher rate of multiple scattering events, which eventually dominate over single scattering.

Subdiffusion: A phenomenon that can occur when light propagates through a system and undergoes multiple scattering events due to the presence of strong scattering.

In fact, the scattering coefficient μ s is usually measured by a collimated transmission measurement T c through a slab of tissue of thickness l, so that μ s =− logT c /l, and requires a very thin slab (of the order of the scattering mean free path which is less than 100 μm) to avoid multiple scattering events [43].

This is due to multiple scattering events occurring beneath the paint layer, which acts as a volume scatterer.

It is known that in conventional random lasers based on strongly scattering systems, multiple scattering events can result in generation of closed loops within the medium that can sustain a coherent feedback9.

Multiple scattering effect is discussed with a low voltage e-beam system.

We suggest that Diffuse Correlation Spectroscopy (DCS) measurements of tissue blood flow primarily probe relative red blood cell (RBC) motion, due to the occurrence of multiple sequential scattering events within blood vessels.

Anharmonicity entails the participation of phonons at frequencies multiple of the fundamental in the scattering events [23].

This result suggests that multiple scattering may induce a Mie regime when the number of scattering events is large enough, even for "small" scatterers, for which a Rayleigh regime would be expected and is indeed observed at lower concentrations.

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.