Personal Information

  • Position : Associate Professor
  • Department : Physics
  • Specification :
  • Work Phone : 403866/057
  • Email : rehamph@du.edu.eg

E-Courses

Researches

  • 1 - Research Title:
  • Book Of Abstract
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  • 2 - Research Title:
  • Electronic structure and pressure-dependent properties of SmN: A First-Principles Calculation
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  • 3 - Research Title:
  • Half-Metallicity, Elasticity and Magnetic Moment of MgN: A first-Principles Study
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  • 4 - Research Title:
  • Pressure- Induced Phase Transitions, Electronic and Magnetic Properties of GdN
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  • 5 - Research Title:
  • First principles calculation of elastic and magnetic properties
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  • 6 - Research Title:
  • Electric , magnetic ,elastic and pressure-induced crystallographic phase transition properties of YbN using first-Principle approach
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  • 7 - Research Title:
  • On the orientation of the magnetization vector and the associated entropy in Nd2Fe14B
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  • 8 - Research Title:
  • First-principles study of magnetic, electronic, elastic and thermal properties of GdFe2
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  • 9 - Research Title:
  • First- Principles Study on Structural, Thermodynamic, Electronic and Magnetic Properties of CeN and PmN.
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  • 10 - Research Title:
  • Magnetization curves and probability angular distribution of the magnetization vector in Er2Fe14Si3
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  1. First principles calculation of elastic and magnetic properties of Cr-based full-Heusler alloys
  2. First-principles study of magnetic, electronic, elastic and thermal properties of GdFe2
  3. A first-principles study of elastic, magnetic, and structural properties of PrX2 (X= Fe, Mn, Co) compounds
  4. Pressure-induced phase transitions, electronic and magnetic properties of GdN
  5. Investigating half-metallicity in PtXSb alloys (X= V, Mn, Cr, Co) at ambient and high pressure
  6. A molecular-field study on the magnetocaloric effect in Er2Fe17
  7. High pressure effect on structural, electronic and elastic properties of topological half-Heusler LaPdBi compound
  8. Calculations of the Structural, Elastic, and Magnetic Properties of the Novel Full Heusler Alloys Ru2XY with X = Nb, Mn and Y = Te, Sb
  9. On the magnetization process and the associated probability in anisotropic cubic crystals
  10. On the orientation of the magnetization vector and the associated entropy in Nd2Fe14B
  11. First-principles investigation of electronic and magnetic properties of some holmium pnictides under pressure
  12. Computational Condensed Matter
  13. Half-Metallicity, Elasticity and Magnetic Moment of MgN: A first-Principles Study
  14. First-Principles study on the structural and magnetic properties of half-metallic Strontium Nitride under high pressure
  15. Computational investigation of elastic properties of hypothetical Half-Heusler compounds XNbSn under hydrostatic pressures
  16. Computational investigation of elastic properties of hypothetical Half-Heusler compounds XNbSn under hydrostatic pressures
  17. Corrigendum to" On the magnetization process and the associated probability in anisotropic cubic crystals"[J. Magn. Magn. Mater. 430 (2017) 103-108]
  18. Magnetization curves and probability angular distribution of the magnetization vector in Er2Fe14Si3
  19. ambient and high pressure, Physica B: Physics of Condensed Matter
  20. Electronic structure and pressure-dependent properties of SmN: A First-Principles Calculation
  21. Electric, magnetic, elastic and pressure-induced crystallographic phase transition properties of YbN using first-principle approach
  22. Electronic structure and pressure-dependent properties of SmN: A First-Principles Calculation
  23. First-Principles Study on Electronic, Magnetic and Elastic Properties of CeN and PmN.