Photovoltaic cells can convert incoming sunlight within their responsive wavelength range
into electricity. Unfortunately, the majority of the incident radiation is reflected, absorbed …

In this research, we studied enhanced diffuse reflectance that can be achieved by
excitations of multiple-scattering in a hybrid micro-structured titanium dioxide coating …

Interfacial roughness is prevalent in 1D photonic crystals and other layered structures, but is
not generally accounted for in their design nor the analysis of their optical properties due to …

Retrieving surface soil moisture on a local scale using Synthetic Aperture Radar (SAR) data
and Deep Learning (DL) models necessitates a substantial volume of data, which may not …

The effect of the residual thermal stress of NiO films on the performance of an inverted type
perovskite solar cell was studied. In this study, NiO films were grown on fluorine doped tin …

The sintering process constitutes an important part of the conductive-pattern inkjet printing
process, as it directly affects the conductivity of the conductive pattern. Flash sintering has …

В приближении физической оптики рассмотрено обратное рассеяние световых волн
шероховатой поверхностью c одномерным рельефом из разномасштабных …

The photovoltaic/thermal system is capable of generating both heat and electricity
simultaneously. The purpose of using spectral filters is to make full use of the solar radiation …

We present an efficient Green's function based analytical method for forward but particularly
also for the inverse modeling of light scattering by quasi-periodic and aperiodic surface …

Photovoltaics (PVs), which convert absorbed solar energy into electricity, is one of the
promising energy devices. They can reduce carbon footprint, providing sustainable energy …