Grade: Professeur
Département: Physique
Bureau: Lab. DAC
Prof. Fayçal Kharfi is Professor of Physics at the Department of Physics of Ferhat Abbas-Setif1 University. He teaches several courses on molecular imaging, computed tomography, radiation physics and application, and medical physics. He is also the actual Director of the Dosing, Analysis, and Characterisation with high resolution Laboratory (LDAC). The focus of his actual research activities is on ionizing radiation application. His research crosscuts a range of areas in radiation dosimetry, radiation therapy, computed tomography, archaeological dating, and nuclear medicine. His overarching goals are to understand how ionizing radiations act on matter and how they could effectively be applied for many purposes and applications such as therapy, archaeological dating and imaging. He is an associated editor of the “Technology in Cancer Research & Treatment” SAGE journal. He published many research and educational works in various international journals, books, and conference proceedings. He is frequent reviewer, expert in radiation application, and member of many international associations such as the international society of neutron radiography (ISNR) and the international association on engineers (IAENG). He supervised many doctorate thesis and research projects in the fields of radiation dosimetry and application, radiation therapy, and medical imaging.  He contributes to the organisation of numerous national and international conferences and workshops on medical physics and radiation application.

Imaging and Radioanalytical Techniques in Interdisciplinary Research - Fundamentals and Cutting Edge Applications Ouvrage
Tomographie Neutronique Ouvrage
Temporal and Spatial Resolution Limit Study of Radiation Imaging Systems: Notions and Elements of Super ResolutionIn: Digital Image Processing Ouvrage
Mathematics and Physics of Computed Tomography (Cours de tomographie pour 3 ème année licence physique appliquée) Polycopie de cours

    Journaux (12)

  • TL dating and XRF clay provenance analysis of ancient brick at Cuicul Roman city, Algeria

    Fayçal Kharfi1, Lahcen Boudraa1, Imene Benabdelghani1, Mahfoud Bououden4

    Journal of Radioanalytical and Nuclear Chemistry, 320 (2019), pp 395-403

  • Comparison of measured and calculated doses in a Rando phantom with a realistic lung radiotherapy treatment plan including heterogeneities

    Serine Sarra Bouacid, Fayçal Kharfi, Fouad Boulakhssaim

    Radiation and Environmental Biophysics , 57 (2018), pp 364-373

  • Neutron tomography simulation by MAVRIC/Monaco code

    N. Benaskeur, M. Hachouf, F. Kharfi, H. Benkharfia, A. Khalfallah

    Applied Radiation and Isotopes , 135 (2018), pp 160–165

  • Irradiated black pepper identification based on thermoluminescence of silicate minerals

    Fayçal Kharfi, Randa Ketfi

    Journal of Radioanalytical and Nuclear Chemistry, 315 (2018), pp 503–507

  • New analytical approach for neutron beam-hardening correction

    N. Hachouf, F.Kharfi, M.Hachouf, A.Boucenna

    Applied Radiation and Isotopes , 101 (2016), pp 353–358

  • Dyadic wavelet for image coding implementation on a Xilinx Micro Blaze processorDyadic wavelet for image coding implementation on a Xilinx Micro Blaze processor: Application to neutron radiography

    Slami Saadi, Maamar Touiza, Fayçal Kharfi , Abderrezak Guessoum

    Applied Radiation and Isotopes , 82 (2013), pp 200-210

  • Feasibility of BNCT and Neutron Imaging with 1Hz, 5kJ Plasma Focus Neutron Source at the ICTP-MLAB Laboratory

    F. Kharfi, N. Hachouf, A. Boucenna

    Webmed Central Radiation Oncology , 3 (2012), pp 1-15

  • Characterization and MCNP simulation of neutron energy spectrum shift after transmission through strong absorbing materials and its impact on tomography reconstructed image

    N. Hachouf, F. Kharfi, A. Boucenna

    Applied Radiation and Isotopes, 70 (2012), pp 2355-2361

  • Implementation and characterisation of new neutron imaging system for dynamic processes investigation at the Es-Salam research reactor

    F. Kharfi, O. Denden, A. Abdelkader

    Applied Radiation and Isotopes, 69 (2011), pp 1359-1364

  • Spatial resolution limit study of a CCD camera and scintillator based neutron imaging system according to MTF determination and analysis

    F. Kharfi O. Denden, A. Bournane, T. Bitam, A. Abdelkader

    Applied Radiation and Isotopes, 70 (2011), pp 162-166

  • Characterisation of weak, fair and strong neutron absorbing materials by means of neutron transmission: -Beam hardening effect

    F. Kharfi, M. Bastuerk, A. Boucenna

    Nuclear Instrument and methods in Physics Research , 0 (2006), pp 416-422

  • Implementation of Neutron Tomography around the Es-Salam Research Reactor : Preliminary study and first steps

    F. Kharfi, M. Abbaci, L. Boukerdja , K. Attari, A. Bocenna

    Nuclear Instrument and methods in Physics Research, 0 (2005), pp 213-218