Theme-Logo
  • Login
  • Home
  • Course
  • Publication
  • Theses
  • Reports
  • Published books
  • Workshops / Conferences
  • Supervised PhD
  • Supervised MSc
  • Supervised projects
  • Education
  • Language skills
  • Positions
  • Memberships and awards
  • Committees
  • Experience
  • Scientific activites
  • In links
  • Outgoinglinks
  • News
  • Gallery
Number of publications : 18
Interactions of ultra relativistic oxygen in emulsion Physical Review C.Vol.48, No.2, 1993 Mechanism of Inelastic Collisions of Oxygen at 3.2 TeV with Different Emulsion Targets Central events in interactions of 28Si and 32S with heavy emulsion targets. Multiple fast helium fragments production from 28Si-emulsion interaction at 14.6 A GeV. Recent results on particle production from silicon emulsion interactions at 14.6A GeV Nuclear physics A vol.730, issues 3-4, 26 January 2004, pages 419-430 New concepts on π-π scattering in lattice theory, Nucleon Mass Dependence on Pion and Quark Mass in Chiral Perturbation Theory European Journal of Scientific Research, EJSR, ISSN 1450-216X Vol.46 No. 2 (2010), pp.286-295 Fragmentation of 28Si nuclei in nuclear emulsion Interactions of ultra-relativistic oxygen nuclei in emulsion Particles Multiplicities in Proton-Proton, Nucleus–Nucleus Collisions and Relativistic Quantum Molecular Dynamics Model Relativistic meson-proton and proton-proton cross-sections and quantum molecular dynamics model Transverse Mass Spectra for Charged Pions in Nucleus–Nucleus Collisions in Terms of Relativistic Quantum Molecular Dynamics Model Target Productions in Forward and Backward Hemispheres in the Interactions of 28Si-Em at 14.6 A GeV Rapidity Distribution of Charged Pions From Pb+Pb and Au+Au Central Collisions Angular Distributions of Target Fragments Emitted in 14.6 A GeV Silicon-Emulsion Interactions Fragmentation of 16O Projectile in Nuclear Emulsion at 60 GeV Features on Very Peripheral Collisions of 16O-Em at 3.7A GeV Channels of Projectile Fragmentation of 16O Nucleus in Nuclear Emulsion
Research Fields
Benha University © 2023 Designed and developed by portal team - Benha University