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Filtering by: Committee Member Giebultowicz, Tom Remove constraint Committee Member: Giebultowicz, Tom Degree Field Physics Remove constraint Degree Field: Physics

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  • The hydrodynamic theory of mass transport and matter forces of water

    Creator:
    Ali, Abdulmuhsen H.
    Abstract:
    In chapter 3 of our paper we present equations of motion for continuous mass distribution subject to hydrodynamic forces in their most general form. We start with equations for discrete mass particles and then transform the equations so that it is appropriate for a continuous mass distribution. As we do...
    Resource Type:
    Dissertation

  • Immersion energies of atoms in jellium

    Creator:
    Albus, Alexander P.
    Abstract:
    Immersion energies of atoms in a jellium environment were calculated using density functional theory and the Kohn-Sham (KS) equations. It was found that the KS scheme does not destroy an existing axial symmetry of the electron structure of the impurity atom. The definition of phase shifts was extended to those...
    Resource Type:
    Masters Thesis

  • Impurities in a homogeneous electron gas

    Creator:
    Song, Jung-Hwan
    Abstract:
    Immersion energies for an impurity in a homogeneous electron gas with a uniform positive background charge density have been calculated numerically using density functional theory. The numerical aspects of this problem are very demanding and have not been properly discussed in previous work. The numerical problems are related to approximations...
    Resource Type:
    Dissertation