- Thermodynamic states in gas-vapor mixtures
− Heat transfer, unsteady heat transfer, and coupling with flow processes
− Thermodynamics of chemical reactions, catalytic reactions, material balances, and oxygen demand
− Gibbs energy, thermodynamic potential and equilibrium, energy balances
− Problems of heat transfer in renewable energy issues such as hydrogen storage and storage in metal particles
− Applying fundamentals such as Gibbs energy, etc. to renewable energy issues such as fuel cells or electrolysis
− Application of thermodynamic knowledge to storage systems for renewable energies
− Analysis of the potential and open questions in the storage and conversion of renewable energies using thermodynamic fundamentals
− Laboratory experiments to apply the content to thermodynamic processes and renewable energies using modern measurement methods
