In this work, we present a theoretical study on the use of Cu2ZnSn (S, Se) 4 quantum wells
in Cu2ZnSnS4 solar cells to enhance device efficiency. The role of different well thickness …

A theoretical analysis of the dynamic impacts of a novel model in the microelongated-
stimulated semiconductor medium is investigated. The influence of the magnetic field of the …

A theoretical novel model is investigated that describes the dynamic effects of the
microelongation processes of an exciting semiconductor medium. The influence of the …

Photovoltaic cells, based on quantum dots implementation in the intrinsic region, are one of
the most widely studied concepts nowadays to obtain a high solar conversion efficiency. The …

The graphene-like carbon nitride (graphitic C 3 N 4, gC 3 N 4) and CuS composite materials
were prepared via a facile low-temperature solid-state method as the eco-friendly and low …

Ti3C2 MXenes were prepared with acid-etching method, and CuS quantum dots were
deposited on Ti3C2 through the successive ionic layer adsorption and reaction process …

Currently, a wide range of newly designed devices are based on high‐end quantum
technologies. To successfully design a quantum system, it is necessary to appropriately …

Within the framework of the effective mass approximation, a detailed investigation on the
effects of an external electrostatic field on the electronic and optical properties of a multi …

Quantum dot solar cells are currently the subject of research in the fields of renewable
energy, photovoltaics and optoelectronics, due to their advantages which enables them to …

The current research project intends to enhance solar cells' power and conversion efficiency
based on InN/p-Si utilizing the PC1D simulator. A broad direct bandgap of Indium nitride …