Theses and dissertations

  • Authorizations
  1. Presented by DEHBAOUI Mourad. Supervised by SIDOUMOU Mohamed. University of Sétif. 2019.
  2. Presented by BOURAHLA Saida. Supervised by SIDOUMOU Mohamed. University of Chlef. 2016.
  3. Presented by TABLAOUI. Supervised by KHELIFI Rachid. USDB1.
  4. Presented by BABA Ahmed. Supervised by KHELIFI Rachid. USDB1.
  5. Presented by MEKHITECHE. Supervised by KHELIFI Rachid. USTHB.
  6. Presented by HERRATI Amar. Supervised by KHELIFI Rachid. USTHB.
  7. Presented by BELOUADHAH. Supervised by KHELIFI Rachid. USTHB.

 

  • Doctoral Theses
  1. Study of the physical properties of compounds of stoichiometry ABQ2 (A=K, Rb, Cs; B=Al, In; Q=S, Te). Presented by BOUCHENAFA Mohamed. Supervised by SIDEMOU Mohamed. USDB1. 2019.
  2. Symmetric PT quantum mechanics and variable mass Hamiltonian. Presented by CHEROUD Othmane. Supervised by BENTAIBA Mustapha. USTHB. 2018.
  3. Comparison of LDR vs HDR brachytherapy: Dosimetric and radiobiological study using the GATE platform. Application to ocular brachytherapy. Presented by LAOUES Mostafa. Supervised by KHELIFI Rachid. USTHB. 2018.
  4. Study of the Interactions of Energetic Particles With Matter using the Monte Carlo Method. Presented by OULD MOHAMED Mounir Sidi Mohamed. Supervised by DIB ANIS Samy Amine. USTO MB. 2018.
  5. Experimental study of the stopping power of light and heavy ions in polymersPresented by CHEKIRINE Mamoun. Supervised by S. TOBBECHE. University of Batna. 2017.
  6. On the procedures for resuming, connecting and generating multidimensional quantum potentials. Presented by YAHIAOUI Sid-Ahmed. Supervised by BENTAIBA Mustapha. USDB1. 2009.
  7. Optimization of the gamma prompt analysis of a mass sample using a 241 Am Be neutron source and by Monte Carlo simulation. Presented by Khelifi Rachid. USTHB. 2007.

 

  • Master's theses
  1. On the generation of quantum potentials with position-dependent mass via sl(2,C) algebra. Presented by Abdelmadjid MAHIOU. Supervised by YAHIAOUI Sid-Ahmed. USDB1. 2019.
  2. Complementarity vs. coordinate transformations: Equivalence between weak and strong pseudo-hermiticities in the formalism of a position-dependent mass. Presented by Soumia KHELIFI, Asmaa OUSERIR. Supervised by YAHIAOUI Sid-Ahmed. USDB1. 2019.
  3. Study of the physicochemical properties of ternary materials for applications in renewable energies and spintronics. Presented by ABDELLAOUI Aziza, BENSAADA Ichrak. Supervised by SIDOUMOU Mohamed. USDB1. 2019.
  4. First principle study of the structural, electronic and optical properties of new materials: Graphene and analogues. Presented by Mohamed KHOUNA, SIDI ABDALLAH Bahi. Supervised by SIDOUMOU Mohamed. USDB1. 2019.
  5. Ab initio study of the structural, electronic and optical properties of chalcogenides ABQ2 (KAlTe2NaGaTe2). Presented by ZMIT Abdelhak, ALLILI Samir. Supervised by SIDOUMOU Mohamed. USDB1. 2018.
  6. The study of the self-absorption of Gamma lines in different types of mass samples. Presented by DJANE HAMED Sara, REGUIEG Sara. Supervised by KHELIFI Rachid. USDB1. 2018.
  7. Measurement of the Neutron flux for a 226Ra-Be source by the neutron activation analysis method. Presented by BELKESSA Kahina. Supervised by KHELIFI Rachid. USDB1. 2018.
  8. Experimental and numerical study (Monte Carlo simulation -Geant4) of the efficiency of a Na(Tl) detector for gamma spectroscopy. Presented by CHAIBI Soumia. Supervised by KHELIFI Rachid. USDB1. 2018.
  9. Determination by first principle theory of the structural, electronic and optical properties of a ternary Ru2VAL alloy. Presented by BENGANIF Ibrahim. Supervised by SIDOUMOU Mohamed. USDB1. 2018.
  10. Determination by first principle theory of the structural, electronic and optical properties of a ternary Ru2TiSi alloy. Presented by KOURAD Zineb. Supervised by SIDOUMOU Mohamed. USDB1. 2018.
  11. Energy loss, effective charge and Barkas correction of 9Be, 11B, 12C, 14N, 16O and 20Ne ions crossing gold and mylar targets in the Bethe region. Presented by DRIOUECH Manel, TEFFAHI wafa. Supervised by CHEKIRINE Mamoun. USDB1. 2018.
  12. Stopping power and effective charges of 16O, 19F and 28Si ions in aluminum and polypropylene targets for speeds V>V0Z^2/3. Presented by AYACHE Khadidja, MENJEL Amina. Supervised by CHEKIRINE Mamoun. USDB1. 2018.
  13. Experimental and numerical study (Monte Carlo simulation -Geant4) of the efficiency of a Na(Tl) detector for gamma spectroscopy.Presented by CHAIBI Soumia. Supervised by OULD MOHAMED Mounir. USDB1. 2018.
  14. Study of cosmic ion - terrestrial atmosphere interactions by Geant4. Presented by BELKHEROUBI Meriem. Supervised by OULD MOHAMED Mounir. USDB1. 2017.
  15. Stopping power of 1H, 4He and 7Li ions in 27Al and 197Au targets for V2Z1V0 speeds. Presented by DEHBI Housseyn and BAKALEM Mohamed. Supervised by CHEKIRINE Mamoun. USDB1. 2017.
  16. Measurement and Monte Carlo simulation of material radioactivity by gamma spectroscopy in construction materials. Presented by BOUKHALFA Salma. Supervised by Dr KHELIFI Rachid. 2017.
  17. Shrodinger equation for the Woods-Saxon potential by the Nikivorov-Ouvarov method: Analytical solutions for an l-any state. Presented by TOUAT Khadidja. Supervised by YAHIAOUI Sid-Ahmed. USDB1. 2017.
  18. Simulation of shading in a photovoltaic panel using Experimental Research Methodology (Experiment Designs). Presented by OUZERI Leila. Supervised by Professor HANNANE Farouk. USDB1. 2017.
  19. Ab initio calculation of the physicochemical properties of Graphene and similar materialsPresented by LALOUTI Sofia. Supervised by SIDOUMOU Mohamed. USDB1. 2016.