The Hartree-Fock self-consistent-field approximation has provided an invaluable conceptual framework and a standard computational procedure for atomic and molecular quantum theory.
The unusual structural arrangements in the alkali molybdenum oxide bronzes lead to a variety of interesting physical phenomena including superconductivity and charge density wave-(CDW-) driven phas
The unusual structural arrangements in the alkali molybdenum oxide bronzes lead to a variety of interesting physical phenomena including superconductivity and charge density wave-(CDW-) driven phas
The unusual structural arrangements in the alkali molybdenum oxide bronzes lead to a variety of interesting physical phenomena including superconductivity and charge density wave-(CDW-) driven phas
The moment method is used to derive evolution equations for the energy, width and chirp of an optical pulse in a dispersive and dissipative (filtered) system.
In previous reports (ITD-02-42927K, ITD-02-43137N and ITD-02- 43768Z) the moment method was used to derive evolution equations for the energy, width and chirp of an optical pulse in a dispersive an
Performance analysis and modeling activities are essential for answering key questions at various stages of a computer system's lifecycle, ranging from initial conception to maintaining and growing
In many radio propagation environments, the time-varying envelope of the received signal can be statistically described by a Ricean distribution.
The service of an interactive computer system is characterized by the random waiting (or response) time perceived by users.
Well-developed momentum-resolved spectroscopies such as photoemission or neutron scattering cannot probe the full charge gap in insulators, We demonstrate that charge excitations across the full ga
