Curriculum vitae
Mme. BOUDOUR Samah
Équipe de recherche 48 :
Modélisation, Simulation et Optimisation (DSD)
Grade :
Attaché de Recherche
E-Mail :
s.boudour@crti.dz
Diplomes :
- 2005: Magistère en Electronique
- 2002: Ingénieur d'état en Electronique
Domaines de compétences scientifiques :
- Energie Renouvelable
- simulation
- Traitement de signal
- Traitement d’Image
- Couches minces
Activités scientifiques :
Publications
- Quantum and conversion efficiencies optimization of superstrate CIGS thin-films solar cells using In2Se3 buffer layer, Optical Materials-2017
- A New Multistage Search of Algebraic CELP Codebooks Based on Trellis Coding, IEICE Transactions on Information & Systems, Special Issue on Speech Information Processing-2003
Communications
- Morphological Characterization of SEM Thin Silver Films Using Thresholding, The First National Conference on Electronics and New Technologies (NCENT’2015) May 19-20, M'Sila, Algeria-2015
- Optimization of CdTe solar cell performances using Ga-doped MgxZn1-xO buffer layer, 6th International Symposium on Transparent Conductive Materials-2016
- OPTICAL PROPERTIES OF ZnO THIN FILMS DEPOSITION BY SPRAY PYROLYSIS, International Conférence OPAL 2015 .-2015
- Computational study of the fundamental properties of chalcopyrite semiconductors, for photovoltaic applications: Density Functional Theory, International Congress Engineering of Advanced Materials ICEAM2017-2017
- Numerical Simulation of CdTe thin films solar cells using AMPS, SNSA I 2016-2016
- Numerical Modeling of Metal Oxide Heterojunction AZO/Cu2O Solar Cell, The 3rd International Conference on Power Electronics and their Applications 2017 (ICPEA’17)-2017
- First principle prediction of the optical properties of wide band gap of ZnO for photovoltaic applications., INTERNATIONAL CONFERENCE ON ELECTRONICS AND NEW TECHNOLOGIES (ICENT-2017)-2017
- First principle prediction, of the optical properties, of wide band gap of ZnO for photovoltaic applications., INTERNATIONAL CONFERENCE ON ELECTRONICS AND NEW TECHNOLOGIES (ICENT-2017)-2017
- Metal oxide heterojunction AZO/Cu2O solar cell: numerical modeling of the temperature effect, 1ere Ecole d’hiver sur l’Analyse de cycle de vie Et L’Eco-conception-2018
- Effect of deposition time on the properties of Cu2O thin film electrodeposited on ITO substrates, 1ere Ecole d’hiver sur l’Analyse de cycle de vie Et L’Eco-conception-2018
- OPTICAL, STRUCTURAL AND MORPHOLOGICAL CHARACTERIZATION OF ELECTRODEPOSITED CUPROUS OXIDE THIN FILMS: EFFECT OF DEPOSITION TIME, 5th International Conference On Advances In Mechanical Engineering Istanbul 2019 (ICAME2019)-2019
- Experimental investigation and First-principles calculations on the physical properties of CuGaTe2 for solar cells application, 3ème Congrès International de la Physique et la Chimie Quantique-2019
