Book contents
- Frontmatter
- Frontispiece
- Contents
- Preface
- 1 Introduction
- 2 Experimental Heat Capacity
- 3 Excitations in Solids and Gases
- 4 Energy and Heat Capacity of Solids
- 5 First-Principles Description of Liquids: Exponential Complexity
- 6 Liquid Energy and Heat Capacity from Interactions and Correlation Functions
- 7 Frenkel Theory and Frenkel’s Book
- 8 Collective Excitations in Liquids Post-Frenkel
- 9 Molecular Dynamics Simulations
- 10 Liquid Energy and Heat Capacity in the Liquid Theory Based on Collective Excitations
- 11 Quantum Liquids: Excitations and Thermodynamic Properties
- 12 Sui Generis
- 13 Connection between Phonons and Liquid Thermodynamics: A Historical Survey
- 14 The Supercritical State
- 15 Minimal Quantum Viscosity from Fundamental Physical Constants
- 16 Viscous Liquids
- 17 A Short Note on Theory
- 18 Excitations and Thermodynamics in Other Disordered Media: Spin Waves and Spin Glass Systems
- 19 Evolution of Excitations in Strongly Coupled Systems
- References
- Index
1 - Introduction
Published online by Cambridge University Press: 01 September 2023
Book contents
- Frontmatter
- Frontispiece
- Contents
- Preface
- 1 Introduction
- 2 Experimental Heat Capacity
- 3 Excitations in Solids and Gases
- 4 Energy and Heat Capacity of Solids
- 5 First-Principles Description of Liquids: Exponential Complexity
- 6 Liquid Energy and Heat Capacity from Interactions and Correlation Functions
- 7 Frenkel Theory and Frenkel’s Book
- 8 Collective Excitations in Liquids Post-Frenkel
- 9 Molecular Dynamics Simulations
- 10 Liquid Energy and Heat Capacity in the Liquid Theory Based on Collective Excitations
- 11 Quantum Liquids: Excitations and Thermodynamic Properties
- 12 Sui Generis
- 13 Connection between Phonons and Liquid Thermodynamics: A Historical Survey
- 14 The Supercritical State
- 15 Minimal Quantum Viscosity from Fundamental Physical Constants
- 16 Viscous Liquids
- 17 A Short Note on Theory
- 18 Excitations and Thermodynamics in Other Disordered Media: Spin Waves and Spin Glass Systems
- 19 Evolution of Excitations in Strongly Coupled Systems
- References
- Index
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- Theory of LiquidsFrom Excitations to Thermodynamics, pp. 1 - 8Publisher: Cambridge University PressPrint publication year: 2023