We calculate the effect of level broadening on the steady part of the magnetic moment and specific heat by deriving an analytic expression for the free energy of a two-dimensional electron gas in a uniform magnetic field, with an arbitrary Landau-level broadening and at a finite temperature. Measurements of these effects may provide a new way for gaining more information about the magnetic-field and temperature dependences of the Landau-level width. This in turn may lead to information about the density of states. In the particular case of Gaussian broadening, the broadening correction to the steady magnetic moment is as large as the steady magnetic moment itself.Published versio
The thermodynamical properties of a two-dimensional electron gas (2DEG) in a magnetic field with an ...
A general formulation is developed for determining the free energy of a Fermi gas contained in an ar...
A new exact expression is derived for the free energy of an ideal two‐dimensional electron gas (2DEG...
We calculate the effect of level broadening on the steady part of the magnetic moment and specific h...
Systematic expansions, in powers of B-1, for the free energy and the density of states, are derived ...
We have used a torque magnetometer to measure de Haas-van Alphen oscillations in the magnetization o...
A general formulation is developed for determining the free energy of a Fermi gas contained in an ar...
This article was the first to theoretically determine the dependence of the density of energy states...
In this dissertation, the theory of the phase-space formulation of quantum mechanics (PSFQM) is disc...
The temperature dependence of the density of states in strong magnetic fields. On the basis of the m...
The authors have measured the density of states in the tails of the Landau levels of GaAs-AlxGa1-xAs...
We derive a closed analytical expression for the exchange energy of the three-dimensional interactin...
The high-density electron gas in a strong magnetic field B and at zero temperature is investigated. ...
In a previous paper, Kliros et al. presented a model calculation of the Hall conductivity as a funct...
Analytic expressions are derived for the magnetic susceptibility and the Fermi energy of a non-inter...
The thermodynamical properties of a two-dimensional electron gas (2DEG) in a magnetic field with an ...
A general formulation is developed for determining the free energy of a Fermi gas contained in an ar...
A new exact expression is derived for the free energy of an ideal two‐dimensional electron gas (2DEG...
We calculate the effect of level broadening on the steady part of the magnetic moment and specific h...
Systematic expansions, in powers of B-1, for the free energy and the density of states, are derived ...
We have used a torque magnetometer to measure de Haas-van Alphen oscillations in the magnetization o...
A general formulation is developed for determining the free energy of a Fermi gas contained in an ar...
This article was the first to theoretically determine the dependence of the density of energy states...
In this dissertation, the theory of the phase-space formulation of quantum mechanics (PSFQM) is disc...
The temperature dependence of the density of states in strong magnetic fields. On the basis of the m...
The authors have measured the density of states in the tails of the Landau levels of GaAs-AlxGa1-xAs...
We derive a closed analytical expression for the exchange energy of the three-dimensional interactin...
The high-density electron gas in a strong magnetic field B and at zero temperature is investigated. ...
In a previous paper, Kliros et al. presented a model calculation of the Hall conductivity as a funct...
Analytic expressions are derived for the magnetic susceptibility and the Fermi energy of a non-inter...
The thermodynamical properties of a two-dimensional electron gas (2DEG) in a magnetic field with an ...
A general formulation is developed for determining the free energy of a Fermi gas contained in an ar...
A new exact expression is derived for the free energy of an ideal two‐dimensional electron gas (2DEG...