Add to ORKGA quantum mechanical study is made of Drude's classic theory of optical conductivity in alkali metals. Drude absorption at a phonon is calculated under the hypothesis of a weak and energy- local pseudopotential. Thence is deduced a relaxation time varying slowly as a function of frequency. A qualitative agreement with experiment is found.Francai
We present a formulation of molecular response theory for the description of a quantum mechanical mo...
The relaxation of the electron energy on the lattice fluctuations in metals is studied. The energy d...
The optical conductivity of random Ag-Au alloys was calculated applying the KKR-CPA method and the K...
The Drude formula of ac (frequency-dependent) electric conductivity has been established as a simple...
The results of detailed computations of the optical absorption in alkali metals are presented. Nette...
Infra-red absorption by dilute alloys is studied quantum mechanically in a model of free electrons a...
[[abstract]]A theory of the spin-lattice relaxation timeT 1 of conduction electrons in liquid and s...
The Drude dielectric function is a simple way of describing the dielectric function of free electron...
Heat supplied to a metal is absorbed by the electrons and then transferred to the lattice. In conven...
Bad metals have a large resistivity without being strongly disordered. In many bad metals the Drude...
In this work theoretical method based on classical mechanics, Maxwell equations and quantum mechanic...
A direct verification of the general theory of thermo-optic behaviour has been obtained by applying ...
Paul Drude published his theory of electric transport in metals as long ago as in 1900, which is kno...
Norm conserving pseudopotentials are implemented in the Hartree Fock formalism to study the local el...
La résistivité électrique des métaux polyvalents, nobles et alcalins a été calculée en tenant compte...
We present a formulation of molecular response theory for the description of a quantum mechanical mo...
The relaxation of the electron energy on the lattice fluctuations in metals is studied. The energy d...
The optical conductivity of random Ag-Au alloys was calculated applying the KKR-CPA method and the K...
The Drude formula of ac (frequency-dependent) electric conductivity has been established as a simple...
The results of detailed computations of the optical absorption in alkali metals are presented. Nette...
Infra-red absorption by dilute alloys is studied quantum mechanically in a model of free electrons a...
[[abstract]]A theory of the spin-lattice relaxation timeT 1 of conduction electrons in liquid and s...
The Drude dielectric function is a simple way of describing the dielectric function of free electron...
Heat supplied to a metal is absorbed by the electrons and then transferred to the lattice. In conven...
Bad metals have a large resistivity without being strongly disordered. In many bad metals the Drude...
In this work theoretical method based on classical mechanics, Maxwell equations and quantum mechanic...
A direct verification of the general theory of thermo-optic behaviour has been obtained by applying ...
Paul Drude published his theory of electric transport in metals as long ago as in 1900, which is kno...
Norm conserving pseudopotentials are implemented in the Hartree Fock formalism to study the local el...
La résistivité électrique des métaux polyvalents, nobles et alcalins a été calculée en tenant compte...
We present a formulation of molecular response theory for the description of a quantum mechanical mo...
The relaxation of the electron energy on the lattice fluctuations in metals is studied. The energy d...
The optical conductivity of random Ag-Au alloys was calculated applying the KKR-CPA method and the K...