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Table of contents

  • A)

    PROJECT OVERVIEW

  • B)

    LIST OF TOPICS

    • 1.

      Introductory remarks

    • 2.

      Historical background

    • 3.

      General chemical behaviour of condensed phase-gas phase systems at

high temperature (Brewer’s rules)

  • 4.

    Basic concepts of materials thermodynamics

    • 4.1

      Gibbs free energy, enthalpy, entropy relationships

    • 4.2

      Phase transformations and phase diagrams in unary systems

    • 4.3

      Thermodynamics of mixing (in metallic and ceramic systems)

    • 4.4

      Phase transformations and phase diagrams in binary systems and their relation to thermodynamic properties

    • 4.5

      Examples of phase diagrams for ternary systems

  • 5.

    Experimental techniques in high temperature research

    • 5.1

      Generation, measurement and utilization of high and very high temperatures

    • 5.2

      Experimental methods for the measurement of thermodynamic data at high temperature

    • 5.3

      Experimental techniques for phase diagrams determination

  • 6.

    Use of thermodynamic data and modelling in high temperature materials problems

    • 6.1

      Thermodynamic databases, compilations of data, estimation of data for pure substances.

    • 6.2

      Types of thermochemical diagrams

    • 6.3

      CALPHAD

    • 6.4

      Application of thermodynamics to the modeling and prediction of high temperature chemical processes

  • 7.

    Vaporization and decomposition processes

    • 7.1

      Vaporization processes: thermodynamic and kinetic aspects

    • 7.2

      Decomposition of solids: thermodynamic and kinetic aspects

2

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