Mebarka DAOUDI received doctorate ES Science in Energetic Physics from University of Bechar-Algeria in 2010 and is currently teaching physics in the same university at faculty of exact sciences, department of sciences of matter. She involves here students in semiconductor devices physics, solar cells, and organic semiconductors fields. Her professional interests focus on the simulation and modelisation of charge carrier transport in semiconductor (organic/inorganic) devices and Phytoremediation wastewater treatment. In addition, she serves as chief of PhD-LMD project titled ‘’solar energy and optoelectronic devices’’ at the university of Bechar-Algeria, and is a member and team-chief of laboratory semiconductor devices physics (LPDS-University of Bechar-Algeria).
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Published articles Show More
Monte Carlo simulation of electric conductivity for pure and doping fullerene (C60)
Published in Physics Letters A
Monte Carlo simulation of temperature effect on the electron mobility and diffusion coefficient in fullerene-C60 bulk or...
Published in Microelectronic Engineering
Simple dimensions effect on the mobility and diffusion coefficient of C60: Monte Carlo simulation
Published in 2017 8th International Renewable Energy Congress (IREC)
