Results 341 to 350 of about 3,669,081 (378)
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Physical Review B, 1986
The optical reflectivity has been measured over more than four decades of photon energy on chemically well-defined single crystals of ScN, in addition to the electrical conductivity and the Hall effect. From a Kramers-Kronig analysis the dielectric functions have been derived.
G. Travaglini +4 more
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The optical reflectivity has been measured over more than four decades of photon energy on chemically well-defined single crystals of ScN, in addition to the electrical conductivity and the Hall effect. From a Kramers-Kronig analysis the dielectric functions have been derived.
G. Travaglini +4 more
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Electronic Structure of Thymine
The Journal of Chemical Physics, 1970The electronic structures of the ground and low-lying excited states of thymine and the anions 1-HT− and 3-HT−, derived by removing a proton from nitrogen atom N3 and N1, respectively, have been described by all-electron all-integral LCAO–SCF calculations using Gaussian basis functions.
R. G. Shulman +2 more
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Physical Review B, 1990
We have studied the electronic structure of MnO by photoemission spectroscopy. Mn 3d--derived emission is found to be confined within \ensuremath{\sim}10 eV of the top of the valence band, and we find no evidence for an intrinsic satellite at higher binding energies.
Fujio Minami +9 more
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We have studied the electronic structure of MnO by photoemission spectroscopy. Mn 3d--derived emission is found to be confined within \ensuremath{\sim}10 eV of the top of the valence band, and we find no evidence for an intrinsic satellite at higher binding energies.
Fujio Minami +9 more
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On the structure of the electron
Physics Letters A, 1980Abstract Generalized Maxwell equations, based on the hypothesis of the subvac, are proposed here. They give a non-divergent solution for the fields, E, H in the case of a toroidal electron model.
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Electronic structure of holmium
Physical Review B, 1991We report a study of the valence-band electronic structure of the rare-earth metal holmium. Angle-resolved ultraviolet photoemission experiments have been performed on Ho(0001) and the results compared to first-principles photocurrent calculations. The photoemission results show a number of well-resolved features that do not disperse with photon energy
, Blyth +6 more
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Mathematical Proceedings of the Cambridge Philosophical Society, 1935
The molecular-orbital method has been applied to a study of in its ground state and excited levels, and the relative importance of the perturbation and variational methods has been considered in some detail, as well as the effect of certain integrals which, in discussions of molecular structure, have often been neglected.
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The molecular-orbital method has been applied to a study of in its ground state and excited levels, and the relative importance of the perturbation and variational methods has been considered in some detail, as well as the effect of certain integrals which, in discussions of molecular structure, have often been neglected.
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Reports on Progress in Physics, 1982
The theory of the electronic structure of clean metal and semiconductor surfaces is reviewed, starting from an effective one-electron Schrodinger equation. Methods for solving the Schrodinger equation at surfaces are briefly described, and the effects of the surface on the electronic wavefunctions are discussed using simple models.
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The theory of the electronic structure of clean metal and semiconductor surfaces is reviewed, starting from an effective one-electron Schrodinger equation. Methods for solving the Schrodinger equation at surfaces are briefly described, and the effects of the surface on the electronic wavefunctions are discussed using simple models.
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Physical Review B, 1986
A comparison of photoemission and inverse photoemission results on NiO and NiS shows that the optical gap in NiO can consistently be interpreted as a p\ensuremath{\rightarrow}d transition.
T. Riesterer, Stefan Hüfner
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A comparison of photoemission and inverse photoemission results on NiO and NiS shows that the optical gap in NiO can consistently be interpreted as a p\ensuremath{\rightarrow}d transition.
T. Riesterer, Stefan Hüfner
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Electronic Structure of Polyiodobenzenes
The Journal of Physical Chemistry A, 2002The molecular and electronic structure of tri-, tetra-, and pentaiodobenzenes has been investigated by HeI/ HeII photoelectron spectroscopy, high-level ab initio calculations and comparison with the spectra of chlorobenzene ...
Novak, I., Li, D.B., Kovač, B.
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Electronic structure of rhodium
Physical Review B, 1988Local-density, all-electron, self-consistent energy-band calculations are reported for face-centered-cubic rhodium. The Fermi surface is obtained; charge form factors, the Compton profile, and the optical conductivity are determined. Results are compared with other calculations and with experiment where these exist.
Joseph Callaway +2 more
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