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Two-dimensional electrostatic analog of the March model of C60 with a semiquantitative application to planar ring clusters
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Inhomogeneous Electron Liquid: H Atom Dirac Density Matrix in Limit of Infinite Number of Closed Shells
No full textSlater sum and modification of two-dimensional free-electron density of states from the canonical density matrix describing the Aharonov-Bohm effect
No full textVariational quantum Monte Carlo results for N2, N2+ and C2– utilising the four-dimensional density of Bright Wilson
Full text linkVariational quantum Monte Carlo ground-state electron densities have first been obtained for N2 at its equilibrium bond length, as well for the isoelectronic ions N(Formula presented.) and C(Formula presented.) at the same bond length. These have been used to calculate the electrostatic potentials at the nucleus for all three species. Using the Bright Wilson four-dimensional density, the ground-state energy has thus been reproduced. For N2, also the Thomas–Fermi and the von Weizsäcker kinetic energies have been calculated
Slater Sum in Cylindrically Symmetric Inhomogeneous Electron Liquids: Towards a Differential Equation for the Stark Effect in Hydrogen Atom
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