Abstract By using the Euler–MacLaurin formula, this paper studies the thermodynamic
properties of an ideal Fermi gas confined in a D-dimensional rectangular container. The …

Based on the theoretical results derived from pseudopotential method and local
approximation, this paper studies the thermodynamic stability of a weakly interacting Fermi …

In light of the interference experiment of Bose-Einstein condensates, we present an
anharmonic external potential model to study ground state properties of Bose-Einstein …

We have investigated theoretically the evolution of spin-dependent atomic wave packets in a
harmonic magnetic trapping potential. For a Bose-condensed gas, which undergoes a Mott …

We investigate phase diffusion of a two-component Bose–Einstein condensates prepared
initially in arbitrary coherent spin state| θ 0, φ 0). Analytical expression of the phase-diffusion …

When the orbital motion and the spin motion of particles were considered simultaneously,
the thermodynamic potential function of a weakly interacting Fermi gas in a weak magnetic …

Based on the analytical expression of relativistic free energy for a weakly interacting Fermi
gas in a weak magnetic field, by using the method of quantum statistics, the stability …

在定义特征长度的基础上, 应用Euler–MacLaurin 公式, 研究了理想玻色气体在三维简谐势阱中
玻色-爱因斯坦凝聚的边界效应. 结果表明: 粒子的凝聚分数由于有限尺度和有限粒子数效应而减 …

The ground-state properties of a system with a small number of interacting bosons over a
wide range of densities are investigated. The system is confined in a two-dimensional …

On the basis of the results derived from pseudopotential method and ensemble theory,
thermal stability of a weakly interacting Fermi gas in a weak magnetic field is studied by …