Studies of Dense Plasma Physics

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During the three years of the organized research project, the following problems have been elucidated; the details are described in the Final Report (attached) of the project.1. Structures of the multi-particle correlation functions in Coulombic systems;2. Methods of integral equations in the analyses of correlation functions;3. The local-field corrections for description of strong-coupling effects;4. Equations of state and phase properties in various cases of dense plasmas;5. Miscibilities in multi-ionic plasmas;6. Theories and computer simulations of the glass transition;7. Strong Coulomb-coupling effects, electronic quantum effects and non-Born effects in transport coefficients of dense plasmas;8. Micro-field distributions and polarization shifts of impurity lines in dense plasmas;9. Bremsstrahlung from dense plasmas;10. Ionization equilibrium and metal-insulator transition;11. Plasma surfaces;12. Correlations and excitation in plasmas with lower dimensions.