Coulomb instability of hot nuclei with derivative scalar coupling.
The relativistic nuclear mean field model with derivative scalar coupling suggested by Zimanyi and Moszkowski is extended to asymmetric nuclear matter by including the [rho] meson degree of freedom in the Lagrangian. The extended model is then used to studying the Coulomb instability of asymmetric nuclear matter at finite temperature. The critical temperature for the liquid-gas phase transition in nuclear matter and its dependence on the asymmetry parameter are calculated. The limiting temperature [ital T][sub lim], which reflects Coulomb instability of hot nuclei is studied. The calculated results are compared with those given by quantum hadrodynamics (QHD) models.

title: Coulomb instability of hot nuclei in a chiral symmetry model
abstract: A chiral symmetry model for nuclear matter is extended to finite temperature and then used to study the Coulomb instability of hot nuclei. The role of the rho meson degree of freedom is discussed. The calculated limiting temperature is compared with the results obtained from other theories and experiments. [S0556-2813(99)05006-2].

title: Thermodynamical properties of nuclear matter in a model with vector meson self-interaction
abstract: The relativistic model with vector meson self-interaction (Bodmer A R 1991  A 526 703) is extended to asymmetric nuclear matter at finite temperature. The extended model is then used to discuss the liquid-gas phase transition in nuclear matter and the Coulomb instability of hot nuclei. It is found that the limiting temperature and the critical temperature depend on the parameter sets of this model considerably. The role the meson plays in asymmetric nuclear matter is also examined.

title: The effect of surface and Coulomb interaction on the liquid–gas phase transition of finite nuclei
abstract: By means of the Furnstahl, Serot and Tang's model, the effects of surface tension and Coulomb interaction on the liquid-gas phase transition for finite nuclei are investigated. A limit pressure p(lim) above which the liquid-gas phase transition cannot take place has been found. It is found that comparing to the Coulomb interaction, the contribution of surface tension is dominate in low temperature regions. The binodal surface is also addressed.

title: Quark-meson coupling model at finite temperature
abstract: The quark meson coupling model for nuclear matter is extended to finite temperature. The resulting equation of state is applied to discuss the liquid-gas phase transition in nuclear matter. The calculated critical temperature is compared with those given by the Walecka and other models.

title: Strange hadronic matter in the FST model
abstract: The strange hadronic matter with nucleon, Λ-hyperon and Ⅺ-hyperon is studied by using the FST model in a mean-field approximation. The saturation properties and stabilities of the strange hadronic matter are discussed.

title: Hawking radiation of Dirac fields in the (2+1)-dimensional black hole space-time.
abstract: By calculating the response function, we study the Hawking radiation of massless Dirac fields in the (2+1)-dimensional black hole geometry. We find that the response function has Planck distributions, with the temperature that agrees with the previous results obtained for the scalar field cases. We also find the Green's functions in (2+1)-dimensional Einstein static universe and anti de-Sitter space.