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Our recent calorimetric studies on glass transition, especially for high pressure experiments, are reviewed in this article. The materials examined are molecular liquids with relatively simple molecular structure. The content of the article is as follows. (1) Introduction (2) Adiabatic Calorimeter under High Pressure (3) Configurational Entropy and Short-Range Ordering (4) Configurational Entropy and a Relaxation Time (5) Pressure Dependence of Glass Transition and Adam-Gibbs Theory. (6) Prigogine-Defay Ratio and Internal Parameter Theory (7) Structural Relaxation in (Volume)-(Internal Energy)-(Gibbs Energy) Space (8) Concluding Remarks [glass transition, molecular liquid, calorimetry, dilatometry, heat capacity, configurational entropy, high pressure, Adam-Gibbs theory, internal parameter theory]

Glass Transitions. Glass Transitions of Molecular Materials Studied by Calorimetry. Focused on High Pressure Experiments.