Mesoporous TiO2 particles have been extensively used as scattering particles in dye-sensitized solar cells (DSSCs), because of their high scattering properties and additional carrier derived from their high surface area.
At this time, the propagating SPW suffers from high scattering loss.
However, few current light trapping strategies can experimentally extend the scattering angular domains in absorbers while maintaining a high scattering intensity.
The methods of eliminating the undesired optical characteristics of random laser action such as high scattering loss, non-axial radiation and multiple wavelength emission are also studied.
The results of simulation shown that the designed back textured structures lead to high scattering and diffraction of light, and front textured lead to less reflection which helps to increase the potential solar cell external quantum efficiency (EQE).
A category of gas sensing hollow core waveguide that was operated in near infrared was designed to solve their major obstacles in application including high scattering and high losses.
In the framework of this characterization, a study and thorough test procedure stage were required because of the high scattering of results, and also because tests were frequently nullified due to failure near the tabs of test specimens.
The GNPs appear bright owing to their high scattering cross section.
Additionally, it can reproduce the clean mass-thickness contrast signal present at high scattering angles.
The agglomeration of nanoparticles leads to high scattering and loss of optical transparency of the nanocomposites.
Measurement over the 113-keV photon peak was omitted due to the high scattering fraction in the data.
