In the present communication, we have proposed a simple method using which two parameters of Kumar’s pseudopotential can be reduced to effectively single parameter. Further the reliability of our proposed method is examined by carrying out electron dispersion curves (E(k) → k), Fermi energy (EF) and density of states at Fermi energy (N(EF)) for sixteen liquid metals. In absence of any experimental or theoretical results of aforesaid properties, our results will throw some light in the determination of interactions persisting in the liquid state of transition metals
A study was conducted to demonstrate calculation of thermodynamic properties of liquid alkali metals...
Nowadays, the integral equation theory is one of the most powerful semi-analytic methods to obtain t...
Nowadays, the integral equation theory is one of the most powerful semi-analytic methods to obtain t...
In the present communication, we have proposed a simple method using which two parameters of Kumar’s...
Pseudopotentials were originally introduced to simplify electronic structure calculations by elimina...
Pseudopotentials were originally introduced to simplify electronic structure calculations by elimina...
The properties of the simple metals are controlled largely by three density parameters: the equilibr...
684-687 The Gibbs-Bogoliubov (GB) variational method is applied to investigate the thermodyn...
In the present paper, we have used Ziman’s approach and transition matrix (t-matrix) approach to stu...
In this paper, we review the current theory of the thermophysical properties of simple liquid metals...
In the present paper, we have used Ziman’s approach and transition matrix (t-matrix) approach to stu...
We discuss the theoretical approaches to the transport properties of liquid non-simple the scatterin...
We present a self-consistent calculation of the mono vacancy formation energy for seven simple metal...
Nearly free electron model is used for the s-electron subsystem of liquid transition metals. d-elect...
The variational method associated with the Gibbs-Bogolyubov inequality in the thermodynamic perturba...
A study was conducted to demonstrate calculation of thermodynamic properties of liquid alkali metals...
Nowadays, the integral equation theory is one of the most powerful semi-analytic methods to obtain t...
Nowadays, the integral equation theory is one of the most powerful semi-analytic methods to obtain t...
In the present communication, we have proposed a simple method using which two parameters of Kumar’s...
Pseudopotentials were originally introduced to simplify electronic structure calculations by elimina...
Pseudopotentials were originally introduced to simplify electronic structure calculations by elimina...
The properties of the simple metals are controlled largely by three density parameters: the equilibr...
684-687 The Gibbs-Bogoliubov (GB) variational method is applied to investigate the thermodyn...
In the present paper, we have used Ziman’s approach and transition matrix (t-matrix) approach to stu...
In this paper, we review the current theory of the thermophysical properties of simple liquid metals...
In the present paper, we have used Ziman’s approach and transition matrix (t-matrix) approach to stu...
We discuss the theoretical approaches to the transport properties of liquid non-simple the scatterin...
We present a self-consistent calculation of the mono vacancy formation energy for seven simple metal...
Nearly free electron model is used for the s-electron subsystem of liquid transition metals. d-elect...
The variational method associated with the Gibbs-Bogolyubov inequality in the thermodynamic perturba...
A study was conducted to demonstrate calculation of thermodynamic properties of liquid alkali metals...
Nowadays, the integral equation theory is one of the most powerful semi-analytic methods to obtain t...
Nowadays, the integral equation theory is one of the most powerful semi-analytic methods to obtain t...