Graduate student theses

1. Theoretical investigation of the electronic structure and optical properties of metallic nanoshells, E. Prodan, Ph.D thesis 2003
2. Interaction of xenon Rydberg atoms with a metal surface in an electric field, C. Oubre Masters thesis, 2002
3. Electron tunneling rates between an atom and a corrugated surface, M.F. Taylor, Masters thesis, 2001
4. Electron dynamics and impurity scattering on gold nanoshell surfaces, J.A. Wolfgang, Ph.D thesis, 2000
5. Inelastic ion scattering from semiconductor surfaces, John Wolfgang, Masters thesis, 2000
6. Energies and lifetimes of xenon Rydberg atoms near a metal surface, Jochen Braun, Masters Thesis, 1999
7. A theoretical study of the effcets of an external electric field on adsorbate-surface systems, H. C. Akpati, PhD Thesis 1997.
8. Wavelets in electronic structure calculations, Jason P. Modisette, PhD Thesis 1997.
9. A theoretical study of cluster reactivity and the effects of electric field on adatom-surface interaction, Hilary Akpati, Masters Thesis, 1996.
10. Theoretical investigation of the chemical reactivity of GaAs clusters, Jeff Mackey, Masters Thesis, 1995.
11. A theoretical study of CN on alkalihalide and alkali metal surfaces using density functional theory, Jason Modisette, Masters Thesis, 1995.
12. A study of the effect of surface bandwidth and other many-body effects in atom-surface collisions using a non-equilibrium Green's function technique, Sarah J. Steuber, Masters Thesis, 1995.
13. Theoretical investigation of charge transfer in atom-surface scattering, M. O. Berk, Masters Thesis, 1992.

  
   
Sat Oct 1 23:47:07 MET DST 1999