Prof. Mohamed Yehia Hussein Farag

Professor of Theoretical Nuclear Physics

 (email)

  • Publications
  • Bio
  • Classes
  • Alpha particle fragments produced from multifragmentation of 16O +16O
  • Analysis of proton scattering of stable and exotic nuclei using an energy-dependent microscopic optical potential
  • Analysis of proton-9,1<em>187597</em>,11,12Be scattering using energy-, density-, and isospin-dependent microscopic optical potential
  • Angular distributions of alpha fragments from Carbon - induced fission
  • Angular distributions of multifragmentation of deformed nuclei in heavy ion reactions
  • Bound three alpha particles model for the 12C nucleus as a three- body problem
  • Density dependent folding model description for the elastic scattering of alpha particle on 12C and 16O nuclei
  • Description of elastic and reaction cross-sections of heavy ions using modified Glauber model‏
  • Effect of the in-medium nucleon-nucleon interaction on the nucleus-nucleus cross-sections
  • Elastic interaction of protons with stable and exotic light nuclei
  • Elastic scattering and breakup effect analysis of at 38.4 MeV/nucleon‏
  • Energy-Dependent microscopic optical potential for p+9Be elastic scattering‏
  • Energy-dependent microscopic optical potential for scattering of nucleons on light nuclei
  • Fission following complete fusion for the reactions 16O + 12C
  • Investigation of alpha + 40Ca and alpha + 208Pb elastic scattering using folding model analysis with a density de
  • Kinematic aspects of alpha + 12 C coincidence spectra from 197 Au ( 20Ne, alpha + 12C ) 201TL at 11 MeV/A
  • Microscopic model analysis of elastic scattering at 62,68.4 and 75 MeV/nucleon
  • Microscopic study on proton elastic scattering of helium and lithium isotopes at energy range up to 16<em>187595</em> MeV/nucleon
  • Microscopic study on proton elastic scattering of light exotic nuclei at energies below than 1<em>187859</em><em>187859</em> MeV/ nucleon
  • Modified Glauber model for the total reaction cross-section of 12C + 12C collisions
  • Multifragmentation of 24 Mg + 24 Mg heavy - ion reactions leading to alpha – particles
  • New emprical formulas for the in-medium nucleon-nucleon cross-section
  • Nuclear description and binding energies of light nuclei as a three - body problem
  • Nucleon-nucleon phase variation and in-medium effects on elastic scattering cross sections
  • Nucleon-nucleon phase variation and in-medium effects on elastic scattering cross sections
  • Nucleus-nucleus elastic scattering with Pauli correlation effect
  • Nucleus–nucleus reaction cross sections for deformed nuclei‏
  • On the mechanism of multifragmentaation of 12C + 16O reactions
  • Pauli correlation effect for the elastic scattering of protons by different nuclei at 8<em>190078</em><em>190078</em> MeV
  • Relativistic Optical Model for Proton-Nucleus Elastic Scattering
  • Study of the 6 Li nucleus as a three - body problem
  • The dependence of the nucleon nucleon scattering amplitude on the momentum transfer
  • Three - body description for the 9Be nucleus
  • Three- and Four- body events for the 16O + 16O collisions
  • Volume integrals and root - mean - square radii of the optical potential

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