Sentence examples for multiple scattering within from inspiring English sources

Our group has long sought a method for extending VMV to the direct measurement of EGL hydrodynamic effects [ 6, 7] in arteries, in which collection of all the forward scattered light is not feasible and multiple scattering within the thick tissue will randomize polarization independent of vaterite microsphere-material interactions, thus affecting our measurement of optical torque.

Multiple scattering within the porous structure is evident.

The pattern and hole size are designed with length scales matching the wavelength ⩽1 MHz and induce multiple scattering within the wafer bounds.

Finally, additional contribution can come from multiple scattering within thick opal films, though this assumption needs to be specially studied.

By a comparison of the two results, the true contribution of multiple scattering within regoliths can be estimated.

With increasing ε DUT, and thus multiple scattering within the DUT, the choice of the tracking algorithm needs further consideration.

Although two-photon imaging is necessary to image fluorescence multiple scattering lengths deep within tissue, single-photon modalities such as confocal microscopy have intrinsically higher spatial resolution and can be applied in the superficial layers of the brain, where scattering is still low.

Of special interest is the low-energy photon component that develops due to the multiple scattering of photons within the irradiator and from the concrete walls of the bunker.

Additional random multiple scattering of light within the network also possibly leads to photon localization, thereby increases the probability of light harvesting.

The ultralow reflectance of the specimen may result from the enhanced light-trapping and scattering for rough surface and large surface area of the nanotree arrays, multiple scattering of light within the hierarchical structure, as well as an effective refractive index (RI) gradient from air (RI ≈ 1.0) through ZnO nanowire array (RI ≈ 2.0) to Si nanowire array and substrate (RI ≈ 3.5) [18].

They can utilise light six times more efficiently than plants [10] due to multiple scattering of photons within the skeleton and the tissue-water interface [13], thereby increasing photonic path lengths and subsequently the chance of interception by a photosystem [13].