This study focuses on creating an accurate reflection prediction model that will guide the
design of filters with multilayer Anti-Reflection Coating (ARC) to optimize the thickness …

The conversion of sunlight into electricity via photovoltaics presents tremendous
opportunities for the generation of renewable energy. However, solar cells still face several …

The ultrathin amorphous nanocrystalline carbon (aC) layers deposited onto flexible copper
foils are an alternative to reduce reflectance. Several problems like high melting energy and …

An antireflection coating structure comprised of metal (copper) nanoparticles over silicon
nitride has been numerically investigated. The structure is embedded between semi-infinite …

We study the electromagnetic wave propagation through a triple layer antireflection coating
sandwiched between glass cover and silicon substrate. A theoretical and numerical …

In this work, the optical properties of a layered structure containing iron nanoparticles are
analyzed. Expressions for the electric and magnetic fields in each layer are provided using …

This work present in this thesis consists of experimental and theoretical experiments ranging
from multidisciplinary areas to improve the reflectance of copper. The Cu powder is used as …