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The subject follows and completes the basic undergraduate training in physical chemistry in terms of the utilization of the physical chemistry in advanced industrial applications. Emphasis is being put on thermodynamics and physical chemistry with particular attention to energy storage and green technologies, with an introduction to irreversible thermodynamics. The subject is intended for Ph.D. students who would like to enhance their knowledge of the field.
Last update: Bendová Magdalena (12.09.2024)
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The students will learn to: Use basic thermodynamic quantities and state functions to describe properties of pure compounds and mixtures, describe the state behaviour and phase equilibria in pure compounds and multicomponent mixtures, use thermodynamics to describe and design a process with a better energy efficiency. Last update: Bendová Magdalena (22.08.2024)
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Odevzdání vypočtených příkladů spojených s ústní zkouškou Last update: Bendová Magdalena (22.08.2024)
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R: Prausnitz, J. M.; Lichtenthaler, R. N.; de Azevedo, E. G. Molecular Thermodynamics of Fluid-Phase Equilibria (3rd Edition); Prentice Hall: 3 ed.; 1998. A: Kondepudi, D.; Prigogine, I. Modern Thermodynamics: From Heat Engines to Dissipative Struc-tures; Wiley: 1 ed.; 1998. A: Struchtrup, H. Thermodynamics and Energy Conversion; Springer; 2014. Last update: Bendová Magdalena (22.08.2024)
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lectures, solving problems and exercises related to lecture topics Last update: Bendová Magdalena (22.08.2024)
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The course is specifically devoted to the following topics in terms of their advanced applications: 1. Basic terms: mass, energy, equilibrium, structure 2. The kinetic theory of gases: ideal vs. real gas 3. Thermodynamic laws 4. Phase change: phase diagrams of pure compounds, phase stability, and stability of change 5. Properties of simple mixtures: partial molar quantities, thermodynamics of mixtures, chemical potential, colligative properties, activity 6. Phase diagrams: basic terms, binary and ternary mixtures 7. Chemical equilibrium and kinetics 8. Electrochemistry 9. Transport phenomena: diffusion, viscosity 10. Thermal energy storage and conversion 11. Introduction to irreversible thermodynamics Last update: Bendová Magdalena (23.08.2024)
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absolvování alespoň jedné úrovně předmětů Matematika a Fyzika Last update: Bendová Magdalena (22.08.2024)
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nejsou Last update: Bendová Magdalena (22.08.2024)
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