| Preface Part one:Statics 1 Spin systems and fluids 1.1 Spin models 1.2 One-component fluids 1.3 Binary fluid mixture Appendix 1A Correlations with the stress tensor References 2 Critical phenomena and scaling 2.1 General aspects 2.2 Critical phenomena in one-component fluied 2.3 critical phenomena in binary fluid mixtures 2.4 4He near the superfluid transition Appendix 2A Calculation in non-azeotropic cases References 3 Mean field theories 3.1 Landau theory 3.2 Tricritcal behavior 3.3 Bragg-Williams approximation 3.4 van der Waals theory 3.5 Mean field theories for polymers and gels Appendix 3A Finite-strain theory References 4 Advanced theories in statics 4.1 Gizburg-Landau-Wilson free energy 4.2 Mapping onto fluids 4.3 Static renormalization group theory 4.4 Two-Phase Coexistence and surface tension 4.5 Vortices in systems with a comples order parameter Appendix 4A Calculation of the critical exponent Appendix 4B Random phase approximation for polymers …… 5 Dynamic models 6 Dynamics in fluids 7 Dynamics in polymers and gels 8 Phase ordering and defect dynamics 9 Nucleation 10 Phase transiton dynamics in solids 11 Phase transition of fluids in shear flow Index |
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