Add to ORKG288-293<span style="font-size:14.0pt;line-height: 115%;font-family:" times="" new="" roman";mso-fareast-font-family:"times="" roman";="" color:black;mso-ansi-language:en-in;mso-fareast-language:en-in;mso-bidi-language:="" hi"="" lang="EN-IN">The expressions for the electron density of states (EDOS) and electronic heat capacity (EHC) have been obtained for an isotopically disordered anharmonic crystal. The quantum dynamics of the crystal has been discussed in the light of an almost complete Hamiltonian consisting of (i) harmonic and anharmonic phonon fields, (ii) electrons, (iii) electron-phonon interaction and (iv) localized fields. It is observed that the electron-phonon coupling plays a crucial role in determining EDOS and EHC. The...
110-114In an isotopically disordered semiconductor crystal , electrons interact with harmonic and ...
Abstract—This paper reviews the theory of anharmonic effects in crystals. The expansion of the poten...
Even though electron-phonon coupling is one of the most important parameters governing material evol...
Abstract:- An equation of motion technique of quantum dynamics and Dyson equation approach have been...
The expression for the electron density of states (EDOS) of high temperature superconductors (HTS) h...
This article treats the lattice theory of the anharmonic effects. This theory contains an extension ...
142-149The quantum dynamics of electrons has been investigated with the help of double time thermo...
The properties of thermal transport in solids are very important in research and industry. Different...
We propose a novel approach for characterising the electron spectrum of disordered crystals construc...
This paper reviews the theory of anharmonic effects in crystals. The expansion of the potential betw...
The behavior of different thermodynamic functions of a system of delocalized electrons in a crystal ...
A unified approach is used to study vibrational properties of periodic systems with first-principles...
General expressions for all the contributions of O(λ4) to the self-energy of phonons in an anharmoni...
We report first-principles phonon frequencies and anharmonic thermodynamic properties of h.c.p. Os a...
The vibrations of atoms in a crystal (phonons) make up the majority of its entropy (or heat capacity...
110-114In an isotopically disordered semiconductor crystal , electrons interact with harmonic and ...
Abstract—This paper reviews the theory of anharmonic effects in crystals. The expansion of the poten...
Even though electron-phonon coupling is one of the most important parameters governing material evol...
Abstract:- An equation of motion technique of quantum dynamics and Dyson equation approach have been...
The expression for the electron density of states (EDOS) of high temperature superconductors (HTS) h...
This article treats the lattice theory of the anharmonic effects. This theory contains an extension ...
142-149The quantum dynamics of electrons has been investigated with the help of double time thermo...
The properties of thermal transport in solids are very important in research and industry. Different...
We propose a novel approach for characterising the electron spectrum of disordered crystals construc...
This paper reviews the theory of anharmonic effects in crystals. The expansion of the potential betw...
The behavior of different thermodynamic functions of a system of delocalized electrons in a crystal ...
A unified approach is used to study vibrational properties of periodic systems with first-principles...
General expressions for all the contributions of O(λ4) to the self-energy of phonons in an anharmoni...
We report first-principles phonon frequencies and anharmonic thermodynamic properties of h.c.p. Os a...
The vibrations of atoms in a crystal (phonons) make up the majority of its entropy (or heat capacity...
110-114In an isotopically disordered semiconductor crystal , electrons interact with harmonic and ...
Abstract—This paper reviews the theory of anharmonic effects in crystals. The expansion of the poten...
Even though electron-phonon coupling is one of the most important parameters governing material evol...