Sentence examples for strong light scattering from inspiring English sources

In the visible light region, ZnO shows low transmittance (30%to50%0%), which comes from the strong light scattering effect of the nanoneedle array structure.

The highly improved J sc and η can be mainly attributed to two reasons: (a) the enhanced light harvesting due to the strong light scattering ability of THSs and (b) the improved electron transmission performance from the introduced MWNTs.

This variation (mismatch) of refractive index distribution within the tissue can cause strong light scattering.

Slices of thicknesses 100 μm and 50 μm were found to have too high absorbance for the analysis setup, in agreement with the tumor samples having a white appearance due to strong light scattering.

From Fig. 2, we can see that the target was well reconstructed at a depth of up to 7mm for DOT, while we note that the target size was overestimated and the location shift little due to strong light scattering.

The films show strong light scattering properties.

Swollen starch granules had a greater influence on the rheology of the mixed systems than other components due to their relatively high effective volume fractions, whereas fat droplets had a greater influence on the optical properties due to their stronger light scattering efficiency.

Increasing the normalized frequency, a progressive broadening of the peak, associated with a stronger light scattering by the holes, is observed, and the M-resonances broadly spread over the reciprocal space, leading to an increase of the wavevector density above the light line.

Any 1D or 2D PhCs tends to show a complete PBG originating from Bragg diffraction near (which is also called the fundamental PBG) when sufficiently high refractive index materials are introduced (see Figure 9a and Figure 3a2) due to stronger light scattering by interfaces with the higher refractive contrast.

As a result, the main absorption band a little red shifted, the feature of which was in agreement with that observed in the aggregates of inorganic complexes or macrocyclic compounds due to a strong molecular interaction in the larger aggregates or to a stronger light scattered by the larger aggregates[28, 29].

In contrast, plasmonic resonance in bigger nanoparticles (>50 nm) results in a stronger light scattering, which could support fluorescence more essentially in the resonance spectral range [3].