Contents

pp v-x

Preface

pp xi-xii

1 - Outline

pp 1-2

2 - Pair correlation function and structure factor of ions

pp 3-7

3 - Thermodynamics

pp 8-25

4 - Electron screening and effective ion-ion interactions

pp 26-34

5 - Interionic forces and structural theories

pp 35-42

6 - Statistical mechanics of inhomogeneous systems and freezing theory

pp 43-61

7 - Electronic and atomic transport

pp 62-76

8 - Hydrodynamic limits of correlation functions and neutron scattering

pp 77-102

9 - Critical behaviour

pp 103-120

10 - Electron states, including critical region

pp 121-146

11 - Magnetism of normal and especially of expanded liquid metals

pp 147-179

12 - Liquid-vapour surface

pp 180-201

13 - Binary liquid-metal alloys

pp 202-259

14 - Two-component theory of pure liquid metals

pp 260-302

15 - Shock-wave studies

pp 303-308

16 - Liquid hydrogen plasmas and constitution of Jupiter

pp 309-331

Appendices

2.1 - Fluctuation theory derivation of S(0) in terms of compressibility

pp 332-334

3.1 - Percus-Yevick hard sphere solution for direct correlation function

pp 335-337

3.2 - Weeks-Chandler-Andersen (WCA) approximation to structure factor

pp 338-339

5.1 - Pressure dependence of pair function related to three-particle correlations

pp 340-341

5.2 - Conditions to be satisfied by thermodynamically consistent structural theories

pp 342-344

5.3 - Gaussian core model and Kirkwood decoupling of triplet correlations

pp 345-347

5.4 - Specific heats of liquids in terms of higher-order correlation functions

pp 348-349

5.5 - Inversion of measured structure, constrained by pseudopotential theory, to extract ion-ion interaction

pp 350-352

6.1 - Vacancy formation energy evaluated in a hot (model) crystal

pp 353-354

6.2 - Vacancy formation energy related to Debye temperature

pp 355-360