位置：成果数据库 > 期刊 > 期刊详情页
Joule-Thomson coefficient of ideal anyons within fractional exclusion statistics
  • 期刊名称：Physical Review E
  • 时间：0
  • 页码：153-164
  • 语言：英文
  • 相关项目：有限温度强作用费米子物质的集体涨落关联效应研究
作者： Ji-sheng Chen|Fang Qin|
同期刊论文项目
有限温度强作用费米子物质的集体涨落关联效应研究
期刊论文 38
同项目期刊论文
Study of the scissors mode for a trapped unitary Fermi gas based on hydrodynamics
The polarized charge distribution induced by a fast parton in the viscous quark–gluon plasma
Determination of Landau Fermi-liquid parameters of strongly interacting fermions by means of a nonli
Thermodynamic stability of interacting fermions system with matrix eigenvalue method
Non-abelian effects on wake potential in quark–gluon plasma
Describing the strongly interacting quark-gluon plasma through the Friedberg-Lee model
The finite-temperature thermodynamics of a trapped unitary Fermi gas within fractional exclusion sta
Jule-Thomson Coefficient for Strongly Interacting Unitary Fermi Gas
The dielectric function of the viscous quark–gluon plasma
Bulk properties and collective modes of a trapped strongly interacting fermi gas near the unitary li
The universal sound velocity formula for the strongly interacting unitary Fermi gas
The wake potential in the viscous quark-gluon plasma
Dispersion relation of excitation mode in strongly interacting fermions matter
The virial equation of state for unitary fermion thermodynamics with non-Gaussian correlations
Regions of different critical behavior of the two-flavor Nambu–Jona-Lasinio model
Three-dimensional correlated-fermion phase separation from analysis of the geometric mean of the ind
Comparative study of the finite-temperature thermodynamics of a unitary Fermi gas
Dispersion relation of excitation mode in strongly interacting fermions matter
Thermodynamic stability of interacting fermions system with matrix eigenvalue method
The universal sound velocity formula for the strongly interacting unitary Fermi gas
Dispersion relation of excitation mode in spin-polarized Fermi gas
A Mean-Field Treatment in Studying Nuclear Matter Through a Thermodynamic Consistent Resummation Scheme