In this paper, the thermodynamic properties of a rotating Bose gas in harmonic trap are
investigated. In particularly, the condensate fraction, critical temperature and heat capacity …

In this Letter a conventional method of statistical physics and quantum mechanics is used to
calculate the effective area and the expansion energy for trapped Bose gas in a combined …

Within the framework of the theory of q-deformed bosons, we investigate Bose–Einstein
condensation of a q-deformed boson system, which has finite particle number and is trapped …

In this Letter, we evaluate the radial and axial square radii (effective widths) of a rapidly
rotating boson gas. The corresponding effective area and the expansion energy are …

Within the framework of the theory of q-deformed bosons, Bose–Einstein condensation of a
q-deformed boson system, which has a finite number of particles and is trapped in a two …

In this paper, the vortices number and the critical atoms number are calculated. Calculations
are performed for ultracold trapped Bose gas in two-dimensional deep optical lattice …

A simple theoretical model is suggested to study a quasi two-dimensional harmonically
trapped Bose gas. An accurate density of states approach for this system is parametrized …

In this paper, the temperature dependence for synthetic magnetization\bar M of a rotating
Bose gas in harmonic trap and the magnetic field dependence of the critical temperature are …

In this paper, the thermodynamic behavior of a 39K Bose gas with a finite number of atoms
confined in a harmonic potential is investigated. By taking into account the conservation of …

In this paper, the thermodynamic properties of a rotating Bose-Einstein condensate confined
in a harmonic plus quartic potential are calculated using a modified semiclassical …