The results of the optimization of antireflection films of TiO 2 nanotubes on GaAs solar cells,
non-encapsulated and encapsulated, are presented. The ARC forms a bilayer of porous TiO …

This work investigates the effect of titanium dioxide (TiO 2) nanostructures on the overall
optical performance of gallium arsenide (GaAs) solar cells. The optical properties of three …

The present study analyzes the use of TiO 2 layer as antireflection coating. TiO 2 thin films
were prepared on silicon substrate by electrochemical anodization process with thicknesses …

A broadband antireflection scheme fabricated on a GaAs pn junction solar cell (SC) is
reported by implementing tapered ZnO nanoneedles on a planar tantalum pentoxide (Ta 2 O …

In this paper, the effects of antireflection coatings on the performance of GaAs solar cells are
investigated. Also, the conversion efficiency, short circuit current and open circuit voltage of …

An antireflective coating made by TiO 2 nanocone array is designed on an ultrathin
multilayer GaAs substrate (the thickness of GaAs is 300 nm). The intrinsic light trapping …

Anti-reflection coating (ARC) plays an important role in reducing the reflection of incident
light and absorbing more photons to produce more photoelectrons. In this paper, a single …

For energy-efficient thin-film solar cells, photovoltaic researchers are investigating
alternative strategies like metallic nanostructures supporting plasmon resonance and …

Optimal parameters of antireflection coatings for GaAs solar cells are simulated and
calculated by the optical matrix approach method. It is shown that by using single-layer Ta 2 …

In this study, we have demonstrated the efficiency improvement of a four-layer structure solar
cell model based on conductive nanoparticle materials. New artificial conductive …