Abstract
The properties of lighter alkali hydrides of metals which crystallize in the rock-salt structure are discussed. First, the properties of pure crystals which are dominated by the electrons, in particular the energy levels and the eigenstates of the electrons in the absence of lattice defects are considered. After that, the optical properties of the solids excited at photon energies larger than those appropriate to lattice vibration and dominated by the transition of electron from the occupied core and valence levels to the normally empty conduction states, are discussed. 127 refs, 29 figs, 17 tabs.
Citation Formats
Islam, A K.M.A.
Lighter Alkali hydride and deuteride 1: Electronic properties of pure solids.
IAEA: N. p.,
1992.
Web.
Islam, A K.M.A.
Lighter Alkali hydride and deuteride 1: Electronic properties of pure solids.
IAEA.
Islam, A K.M.A.
1992.
"Lighter Alkali hydride and deuteride 1: Electronic properties of pure solids."
IAEA.
@misc{etde_10126000,
title = {Lighter Alkali hydride and deuteride 1: Electronic properties of pure solids}
author = {Islam, A K.M.A.}
abstractNote = {The properties of lighter alkali hydrides of metals which crystallize in the rock-salt structure are discussed. First, the properties of pure crystals which are dominated by the electrons, in particular the energy levels and the eigenstates of the electrons in the absence of lattice defects are considered. After that, the optical properties of the solids excited at photon energies larger than those appropriate to lattice vibration and dominated by the transition of electron from the occupied core and valence levels to the normally empty conduction states, are discussed. 127 refs, 29 figs, 17 tabs.}
place = {IAEA}
year = {1992}
month = {Oct}
}
title = {Lighter Alkali hydride and deuteride 1: Electronic properties of pure solids}
author = {Islam, A K.M.A.}
abstractNote = {The properties of lighter alkali hydrides of metals which crystallize in the rock-salt structure are discussed. First, the properties of pure crystals which are dominated by the electrons, in particular the energy levels and the eigenstates of the electrons in the absence of lattice defects are considered. After that, the optical properties of the solids excited at photon energies larger than those appropriate to lattice vibration and dominated by the transition of electron from the occupied core and valence levels to the normally empty conduction states, are discussed. 127 refs, 29 figs, 17 tabs.}
place = {IAEA}
year = {1992}
month = {Oct}
}