MOHAMED KHALED MUSA ALSUGHEIR

Co-Supervised PhD Dissertations 

1. Physical Properties of Low-dimensional Trapped Fermi Gases, H. Al-Khzon, (2014).

2. A Study of the Solid Helium-4 in the Static Fluctuation Approximation, E. M. Alhami, (2013)

3. Thermodynamic Properties of Two-Dimensional Few-Electrons Quantum Dot Using the Static Fluctuation Approximation (SFA). F. Nammas, (2011).

4. Confined Atomic Gases in the Static Fluctuation Approximation, S. Qashou, (2008).

5. A Study of the Electron Fluid in the Static Fluctuation Approximation, A. Bouchebak, (2007).

6. Hot Nuclear Matter in the Static Fluctuation Approximation, N.Ghulam, (2006).

7. Spin-Polarized 3He-He II Mixtures: A Microscopic Study,
     A. Sandouqa, (2004).

8. A Microscopic Study of Spin-Polarized Atomic Hydrogen, 
     B. Joudeh, (2004).

Supervised M.Sc. Theses  
1. Asymmetric Hot Nuclear Matter in the Static Fluctuation Approximation, M. Dmari, (2016)

2. One-Dimensional electron-hole system, H. Al-Asaly, (2015) 

3. One-Dimensional Spin-Polarized Hydrogen Gas in the Static Fluctuation Approximation, M. Harrab, (2013)

4. One-Dimensional Trapped Bose Gases in the Static Fluctuation Approximation, H. Massaed, (2013).

5. Study of Neutral Many-Bosonic Systems in the Static Fluctuation Approximation With a Potential Model Closed to the Real Potential,  H. Al-Khzon, (2008).   

6. Bose-Einstein Condensation and Thermodynamic Properties of Neutral Many-Bosonic Systems in the Static Fluctuation Approximation, M. Sakhreya, (2008).

7. Effects of Potential Parameters on Thermodynamic Properties of Neutral Many-Fermionic Systems, A. Jaffal, (2008).

8. Jellium Model in Static Fluctuation Approximation, Z. Al-Khateeb, (2007).

9. Many-Bosonic Systems with Repulsive Interactions in the Static Fluctuation Approximation, S. Gasymeh, (2006).
MOHAMED KHALED MUSA ALSUGHEIR

MOHAMED KHALED MUSA ALSUGHEIR

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