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Mohammad S Sabra

• Position: Lecturer
• Degree: MS, SIUC
• Office: Neckers 476 (501B)
• Mailcode: 4401
• E-mail: sabra@siu.edu
• Web: http://www.physics.siu.edu/~msabra

Office Hours

• MW 12:00 – 1:30 PM

Teaching – Fall 2009

• PHYS 203A
• PHYS 203B
• PHYS 205A
• PHYS 205B
• PHYS 205C

Research Interests

• Theoretical Nuclear Physics, interested in:

1. Nuclear space radiation and elemental abundance in the cosmos.
2. Pion-nucleus interaction.
3. Alpha-nucleus and nucleus-nucleus interaction.

Publications

• M.S. Sabra, F.B. Malik, “Microscopic theory of incorporating resonances in the mean field”, Bulletin of the American Physical Society 53, 131 (2008)

· M.S. Sabra, F.B. Malik, “Relative elemental and meson production rates in the collision of space crafts with cosmic particles”, Bulletin of the American Physical Society 52, 27 (2007)

· Z.F Shehadeh et al., “ALPHA-ALPHA AND ALPHA-NUCLEUS POTENTIALS: AN ENERGY-DENSITY FUNCTIONAL APPROACH”, International Journal of Modern Physics B, 21, 2429-2437 (2007)

· M.N.A. Abdullah et al., ”Alpha-Alpha potential up to 47.3 MeV bombarding energy”, Nuclear Physics A 775, 1-22 (2006)

· M.S. Sabra, Z.F. Shehadeh, F.B. Malik, “Alpha-Induced fragmentation of ²⁸Si in a statistical model”, The European Physical Journal A, 27, 167-181 (2006)

· M.S. Sabra, F.B. Malik, “Production of A=16, 20, and 24 in alpha-induced fragmentation of ²⁸Si at 102.7 9cm) MeV”, Bulletin of the American Physical Society 49, 77 (2004)

· Z.F. Shehadeh, M.S. Sabra, F.B. Malik, “PION-⁴⁰CA POTENTIAL USING INVERSE SCATTERING FORMALISM AND THE KLEIN-GORDON EQUATION”, Condensed Matter Theories 18 (2003)

Department of Physics
Southern Illinois University at Carbondale
webmaster@physics.siu.edu

last updated 08/21//2009