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Laboratory Advanced Materials and Quantum Phenomena
Faculty of Sciences of Tunis
University Tunis El Manar
Materials and Nanomaterial’s (Synthesis and Characterization)
Nanostructured Materials
Advanced Materials
Hybrid Materials
Polymers
Solid State Physics
Semiconductor Device Physics
Optoelectronics
Thin Films and Nanotechnology
Photoconductivity
Directeur of Research, Nuclear Research Center of Algiers-CRNA:
Multifonctionnelle scintillator nanomaterials
Luminescence
Applied Physics
Thin Films and Nanotechnology
Nanostructures
Nanoscintillator
Professor of Physics, University of Annaba - Badji Mokhtar:
Optical Spectroscopy
Optics and Photonics
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Research Director in ILM Laboratory belonging to CNRS institution in France , Claude Bernard University Lyon1, France
Dr. K. Lebbou is Research Director in ILM Laboratory belonging to CNRS institution in France and a world-known expert in the field of crystal growth and material design technology with a particular focus on optical materials and associated phenomena which he has very actively contributed to develop, from the most fundamental aspects to applications perspective. Dr. K. Lebbou has an excellent international visibility for his expertise in crystal growth machine development, experimental training, and elemental crystal.
He was an associate professor and a group leader in Institute for Materials Research (IMR, Tohoku University, Japan) in the field of crystal. He has been a co-founder of the Fibercryst company, for the growth of crystal fibers in Lyon, and co-fonder of the CristalInnov technological platform in the Rhône Auvergne region. Since 2000, he created a crystal growth laboratory in Lyon, France and he is currently the leader of the crystal growth activities in ILM laboratory at CNRS institution. He fosters the scientific collaboration between ILM and different national and international laboratories and companies on the subject of the crystal growth.
In his laboratory, Dr. K. Lebbou is committed to continuous improvement and maintaining the same high level of his activities as in the past in research as well as in bringing visibility to crystal growth research. He has expertise in different areas of research, published more than 170 papers, 8 patents, supervisor of 20 PhD Thesis and has worked on research and developmental projects in collaboration with the industrial partners, governmental agencies, laboratory and company from abroad.
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PhD. Post Doc Position at Baylor University United States
Nanoscience and Nanotechnology
Green Chemistry
Particulate Matter
Material Characterization
Aerosol Science and Technology
Environmental Science
Atmosphere and Air Pollution Control
Emission
Biodiesel
environmental regulatory sampling
Space Travel
Energy Storage
Supercapacitors
Graphene
Electrodes
Thermogravimetric analysis (TGA)
Environmental Modeling
Ph.D. in physics of matter and radiation, Head of Physics and Chemistry department at Higher Normal School of Technological Education:
Spectroscopy of rare earth elements
Photoluminescence
Lasers Materials
Material Characterization
Thin Films and Nanotechnology
Scintillator Materials
Applied Physics
Dr. Hani Boubekri is Research Professor in Physics (Radiation-Matter Interaction) and Head of physics and chemistry department in Higher Normal School of Technological Education (ENSET) Skikda Since 2013. He was Research Associate at Nuclear Research Center of Algiers (CRNA) in Nuclear Techniques Division (TND) - Laser Laboratory.
He is interested on the synthesis and characterization of materials doped with rare earth ions (single crystals, glasses, nanoparticles and thin layer films), including the spectroscopic study of luminescence and the coherence properties of electronic transitions at different temperatures for application in stable lasers, phosphors, scintillators and in other applications. He has been engaged in the studies of spectroscopic properties of the single crystals types (MF2, M= Ca, Ba; Sr Cd..) doped with ions luminescent Er, Tm, Tb and Eu in collaboration with Department of Physics "Enrico Fermi", University of Pisa Italia , Vinča Nuclear Research Institute – Serbia and the National School of Chemistry of Paris (ENSCP, CNRS - Chemistry Paris-Tech) –France .