In this paper, a theoretical study of quantum wires infrared photodetector (QRIP) under the
illumination condition is presented. Here, an analytical approach is developed to calculate …

The interest in solar cells energy arises from the fact that they are renewable, sustainable
and always found across most of the earth area. So, this manuscript is dedicated to …

The aim of this manuscript is to study a performance of quantum wire infrared photodetectors
(QRIPs) in the case of im**ing by infrared (IR) radiations. Photocurrent will be induced as …

Vehicular Ad-Hoc Networks (VANET) is a research venue that promises for many useful
applications. Most of these applications require a precise real-time positioning system for …

In this work, a theoretical model for investigating the induced photocurrent and the
corresponding power conversion efficiency is established. The quantum dot solar cells …

The main goal of this paper is to determine the accurate values of two parameters namely
the surface generation—recombination rate and the average total number of electrons …

Nanotechnology is regarded world-wide as one of the key technologies of the 21st century.
Nanotechnological products and processes hold an enormous economic potential for the …

This work aims to evaluate quantum-dot intermediate-band solar cells (QDIBSCs) from two
points of view. The first focuses on study of the dynamic characteristics of a model built on …

The manuscript is devoted to study the performance of these semiconductor-based
photodetectors in the case of im**ing by infrared radiations (IR). The main concern is to …

The manuscript is devoted to calculate the detectivity, Figure of merit, of the quantum wire
infrared photodetectors (QRIPs). The importance arises from two points. Firstly, the QRIPs …