8 articles in this issue
Edjadessamam Akoro,Amadou Seidou Maiga,Gabriel Jean Philippe Tevi,Marie Emilienne FAYE,Moustapha Sene
This paper is devoted to the design and simulation of an automatic data acquisition system of solar module characteristics. The system is essentially composed of three parts. The first part is devoted to the acquisition of the electrical parameters of the... see more
Babacar Dieng,Modou Beye,Moussa Toure,Djicknoum Diouf,Diouma Kobor,Amadou Seidou Maiga
In this work, recent advances in various silicon nanostructures used in crystalline silicon solar cells for antireflection and light trapping are reviewed. Simulations and optimizations are also performed for the most relevant of these nanostructures. The... see more
Ahmed; Diene; Menny; Sidi Sidibba; Ndiaye; El Bah; Bouhamady
The purpose of this work is to evaluate four empirical models developed in literature such as Ghouard, Perrin Brichambaut, Bird and Hulstrom and Dependent model of the Link trouble factor. The validation of these different theoretical models was... see more
Rémi NDIOUKANE,Diouma KOBOR,Laurence MOTTE,Jeanne SOLARD
In this work, undoped and Mn doped PZN-4.5PT nanoparticles were dispersed in biopolymer and in mixte biopolymer + pentacene as active layer and deposited by spin coating on ITO glasses. Morphological, optical and electrical properties of these layers were... see more
AMY MBAYE
This study focuses on stochastic simulation of solar potential on horizontal surface for short-term forcasting on Dakar site.It aims to optimize the energy production of solar power plants.The inflow of intermittent sources on the senegal National Electri... see more
Moyeme Daniel Kabe,Yendoube Lare,Laurent Ottaviani,Marcel Pasquinelli,Damien Barakel,Marc Portail
Simulations of the emitter layer in 3C-SiC heterostructure solar cells were performed by means of SCAPS to model the optimal thickness and predict the influence on cell’s behaviour. Then, the cells have been elaborated by chemical vapor deposition an... see more
Saúl Larramendi
The isothermal closed space sublimation is a simple and effective technique of low-cost, used to obtain thin films of semiconducting materials, embedding nanoporous substrate with semiconducting materials or to grow nanocrystals inside the porous. In this... see more
Leonid Nikolaevich Korotkov,Stanislav Aleksandrovich Gridnev,Alexander Stepanovich Sidorkin
This conference volume contains the abstracts of contributions presented at ISFP9, dedicated to the following aspects of ferroelastic physics: Phase Transitions; Lattice Dynamics and Soft Modes; - Crystal Growth, Structure and Physical Properties; &... see more