Add to ORKGPhase transitions in nuclear matter A method for the description of spin-isospin phase transitions in nuclear matter is developed. It allows a complete description of the pion condensation phase transition in the framework of the Landau-Migdal Fermi liquid theory. The equation of the order parameter is derived and the condensation energy is calculated. We study the influence of pion condensation on the nuclear equation of state and the temperature dependence of pion condensation. NUCLEAR STRUCTURE Description of pion-condensed ground state by Green's function technique
We study the presence of thermodynamic instabilities in a nuclear medium at finite temperature and d...
Characteristic aspects of pion-condensed phases are described in a simple model, for the system invo...
Finite isospin chemical potential $\mu_I$ and temperature $T$ have been introduced in the framework ...
The experimental results reveal the isospin dependence of the nuclear phase transition in terms of t...
The experimental results reveal the isospin dependence of the nuclear phase transition in terms of t...
The consequences of a phase transition associated with symmetry restoration to SU(2) x SU(2) in nucl...
In view of the recent findings [Elliot et al.], that show that nuclei can undergo a liquid-gas phase...
This paper will focus on the role of isospin in the nuclear matter liquid-gas pahes transition. In t...
We discuss experimental evidence for a nuclear phase transition driven by the different concentratio...
When the isospin chemical potential exceeds the pion mass, charged pions condense in the zero-moment...
To appear in Nuclear Physics AWe study the thermodynamics of asymmetric nuclear matter using a mean ...
Current calculations of pion condensation phenomena in symmetric nuclear matter are reviewed. The RP...
In the present paper we develop the essential theoretical tools for the treatment of the dynamics of...
In symmetrical nuclear matter the solutions of pion dispersion equation are investigated in the comp...
The equation of state for the pion gas is analyzed within the third virial approximation. The second...
We study the presence of thermodynamic instabilities in a nuclear medium at finite temperature and d...
Characteristic aspects of pion-condensed phases are described in a simple model, for the system invo...
Finite isospin chemical potential $\mu_I$ and temperature $T$ have been introduced in the framework ...
The experimental results reveal the isospin dependence of the nuclear phase transition in terms of t...
The experimental results reveal the isospin dependence of the nuclear phase transition in terms of t...
The consequences of a phase transition associated with symmetry restoration to SU(2) x SU(2) in nucl...
In view of the recent findings [Elliot et al.], that show that nuclei can undergo a liquid-gas phase...
This paper will focus on the role of isospin in the nuclear matter liquid-gas pahes transition. In t...
We discuss experimental evidence for a nuclear phase transition driven by the different concentratio...
When the isospin chemical potential exceeds the pion mass, charged pions condense in the zero-moment...
To appear in Nuclear Physics AWe study the thermodynamics of asymmetric nuclear matter using a mean ...
Current calculations of pion condensation phenomena in symmetric nuclear matter are reviewed. The RP...
In the present paper we develop the essential theoretical tools for the treatment of the dynamics of...
In symmetrical nuclear matter the solutions of pion dispersion equation are investigated in the comp...
The equation of state for the pion gas is analyzed within the third virial approximation. The second...
We study the presence of thermodynamic instabilities in a nuclear medium at finite temperature and d...
Characteristic aspects of pion-condensed phases are described in a simple model, for the system invo...
Finite isospin chemical potential $\mu_I$ and temperature $T$ have been introduced in the framework ...