Khaled Abd Alwaged Mohamed Abd Ellatief|Publications

Benha University

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Prof. Khaled Abd Alwaged Mohamed Abd Ellatief :: Publications:

Research Fields

Physics

Nuclear physics

Simulation of nuclear reactions

Number of publications is 32

Title

1-Kinematic constraints on interacting nucleons in Pb + Pb collisions at sqrt{s_{NN}}=2.76 TeV within the HIJING code

Abstract' | Full paper

2-Interpretation of charged-particle spectra in p+p and p+Pb collisions at energies available at the CERN Large Hadron Collider using an improved hijing code with a collective cascade

3- geant4 hadronic cascade models analysis of proton and charged pion transverse momentum spectra from p+ Cu and Pb collisions at 3, 8, and 15 GeV/c

4-ESTIMATION OF NUCLEAR DESTRUCTION IN HIGH ENERGY NUCLEUS-NUCLEUS INTERACTIONS

5- PERCOLATION MODEL OF NUCLEAR MULTIFRAGMENTATION IN HIGH ENERGY NUCLEUS-NUCLEUS INTERACTIONS

6- REGGEON THEORY INSPIRED MODEL ON NUCLEAR DESTRUCTION IN HIGH ENERGY NUCLEUS-NUCLEUS INTERACTIONS

7- REGGEON THEORY INSPIRED MODEL ON NUCLEAR DESTRUCTION IN HIGH ENERGY NUCLEUS-NUCLEUS INTERACTIONS

8- DO FRAGMENT MULTIPLICITY DISTRIBUTIONS OBEY ANY KIND OF SCALING?

9-Lightening-like interactions in nuclear collisions at CERN large hadron collider

Abstract' | Full paper

10-How to create an interface between UrQMD and Geant4 toolkit

11-Enabling comparison of UrQMD with Geant4 hadronic models

12- Isospin effects in a covariant transport approach to spallation reactions: Analysis of p+Fe and p+Pb reactions at 0.8,1.2, and 1.6 GeV

13- Effects of the density-dependence symmetry potential on spallation neutrons induced by 1.2 GeV and 1.6 GeV protons on Pb

14-Probing the density dependence of the quantum molecular dynamics potential with spallation neutrons induced by 1.2 GeV protons on Al, Fe, Zr, and Pb

15- Improvements of ultra-relativistic quantum molecular dynamics model simulated by spallation neutron data induced by 1.2 GeV protons on Al, Fe and Zr

16- Effect of semiclassical molecular initial ground state configuration on the neutron spectra in the interactions of p+ Al, Fe, and Zr at 1.2 GeV

17-Influence of medium modified angular distributions and mean field on the quasielastic and inelastic peaks of neutrons induced by 1.2 GeV protons on targets with 27

18- Recent results on particle production from silicon emulsion interactions at 14.6 A GeV

19-: Interpretation of the neutron double-differential cross sections in the interactions of p+ Al, Fe, and Zr at 1.2 GeV using the ultrarelativistic quantum molecular dynamics …

20- Consequences of a noncovariant description of slow and fast protons from pC, CC, and C-Ta interactions at 3.3 A GeV

21- Estimation of the Au excited fragments in the Au + Em interactions at 10.6 A GeV using Glauber plus quantum molecular dynamics model

22- Sulphur dissociation in nuclear emulsion at 3.7 and 200A GeV

23- Central events in the interactions of Si-28 and S-32 With heavy emulsion targets

24- Importance of dynamical effects for the formation of fragments of 10.7 A GeV gold nuclei

25- Application of Glauber scattering in the quantum molecular dynamic model

26-Backward-forward analysis of fast and slow hadrons in 6Li interactions with emulsion nuclei at 3.7 A GeV

27- Nuclear multifragmentation of and in emulsion nuclei

28- Estimation of nuclear destruction using ALADIN experimental data

29-Comparative analysis of fast forward-backward hadron production in the inelastic interactions of 6Li and 7Li nuclei with emulsion nuclei at Dubna energy

30- Backward slow protons production in the inelastic interactions of 6Li and 7Li nuclei with emulsion nuclei at Dubna energy

31- Target-Associated Particles Production in the Interactions of 3.7 and 200A GeV Sulphur Projectiles with Nuclear Emulsion

32- Fragmentation of 32S nuclei in photoemulsion at 3.7 AGeV

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