Experimental Thermodynamics Volume IX

Introduction;

Experimental;

New Techniques;

Acoustic Techniques;

Optical Methods: Brownian Motion Measurement gives Viscosity;

Rayleigh Scattering;

Near-critical Light-scattering Techniques;

Soret Coefficients of Binary Mixtures;

Soret Coefficients of Ternary Mixtures;

NMR Viscosity, Diffusion and Thermal Conductivity;

Developments of Existing Methods;

Vibrating Wire Viscometer;

Falling Body Viscometer Developments.

Small Spheres.;

Multi-Component Diffusion Coefficients;

High Pressure and High Temperature Applications for Diffusion;

Rolling Ball Viscometer in a Diamond Anvil;

Viscosity Ratio Measurements with Capillary Viscometers;

Photoacoustic Methods for Thermal Diffusivity and Thermal Effusivity;

Thermal Conductivity Review;

New Fluids;

Molten Metals: General Introduction;

Molten Metals and Microgravity;

High Temperature Applications to Measurement of the Viscosity of Molten Silicon;

Application of Transient Hot Wire to Melts;

Ionic Liquids;

Theoretical;

Dilute Gas: State of the Art for Noble Gases;

State of the Art for Polyatomic Gases;

Dense Fluids: Introduction;

Assael and Dymond Method;

Friction Theory;

VW Method: Nicolas Riesco;

Scaling Approach;

Thermo-diffusion of Mixtures;

Supercooled Solutions;

Computer Simulation;

Critical Enhancements of Transport Properties of Pure Substances;

Subject Index