Add to ORKGThe heat capacity and magnetic susceptibility of free Fermi systems confined to spherical pores and to 2D circles are studied theoretically. It is shown that taking into account the existence of a pore size distribution leads to the smoothing of magnetic susceptibility oscillations. The areal density dependencies of the heat capacity and magnetic susceptibility of the free 2D Fermi gas are obtained. © 2002 Elsevier Science B.V. All rights reserved
We investigate, via numerical simulations, mean field, and density functional theories, the magnetic...
A general formulation is developed for determining the free energy of a Fermi gas contained in an ar...
Since all allowed states of a system are equally likely, each component of a physical system contrib...
The heat capacity and magnetic susceptibility of free Fermi systems confined to spherical pores and ...
The heat capacity and magnetic susceptibility of free Fermi systems confined to spherical pores and ...
The heat capacity and magnetic susceptibility of free Fermi systems confined to spherical pores and ...
A model system of an ideal gas of neutral fermions in a confined geometry of different symmetry and ...
A model system of an ideal gas of neutral fermions in a confined geometry of different symmetry and ...
A model system of an ideal gas of neutral fermions in a confined geometry of different symmetry and ...
A model system of an ideal gas of neutral fermions in a confined geometry of different symmetry and ...
A general formulation is developed for determining the free energy of a Fermi gas contained in an ar...
We propose an explanation of the peculiar linear temperature dependence of the uniform spin suscepti...
Analytic expressions are derived for the magnetic susceptibility and the Fermi energy of a non-inter...
The paramagnetic and diamagnetic susceptibilities of a two dimensional free electron gas have been c...
A theory is developed for magnetically confined Fermi gas at low temperature based on the density fu...
We investigate, via numerical simulations, mean field, and density functional theories, the magnetic...
A general formulation is developed for determining the free energy of a Fermi gas contained in an ar...
Since all allowed states of a system are equally likely, each component of a physical system contrib...
The heat capacity and magnetic susceptibility of free Fermi systems confined to spherical pores and ...
The heat capacity and magnetic susceptibility of free Fermi systems confined to spherical pores and ...
The heat capacity and magnetic susceptibility of free Fermi systems confined to spherical pores and ...
A model system of an ideal gas of neutral fermions in a confined geometry of different symmetry and ...
A model system of an ideal gas of neutral fermions in a confined geometry of different symmetry and ...
A model system of an ideal gas of neutral fermions in a confined geometry of different symmetry and ...
A model system of an ideal gas of neutral fermions in a confined geometry of different symmetry and ...
A general formulation is developed for determining the free energy of a Fermi gas contained in an ar...
We propose an explanation of the peculiar linear temperature dependence of the uniform spin suscepti...
Analytic expressions are derived for the magnetic susceptibility and the Fermi energy of a non-inter...
The paramagnetic and diamagnetic susceptibilities of a two dimensional free electron gas have been c...
A theory is developed for magnetically confined Fermi gas at low temperature based on the density fu...
We investigate, via numerical simulations, mean field, and density functional theories, the magnetic...
A general formulation is developed for determining the free energy of a Fermi gas contained in an ar...
Since all allowed states of a system are equally likely, each component of a physical system contrib...