Lecture, Master Program Energy Conversion
The conversion of energy from one form into another is the basis of technology, our society and of life itself. In this course we will cover many aspects of energy conversion, with an emphasis on processes and devices where functional materials play a key role. Typical examples are thermogenerators, that convert heat into electricity, solar cells and batteries, but also the energetics of living cells. Before that, a formal basis in the form of thermodynamics and phase diagrams is laid and illustrated using classical cyclic processes like the Carnot and Rankine cycles.
After the course, students:
- understand the fundamental concepts and laws for energy conversion and can apply these in calculations
- understand the working mechanisms of selected energy conversion devices and systems, and can quantitatively evaluate their performance characteristics
- understand and can evaluate/discuss the demands on the materials used in energy conversion
- can apply the concepts in novel technological and societal situations
Organization:
The course consists of weekly lectures (2 hrs/week) and tutorials (2 hrs/week) during which the participants actively work with the concepts that are introduced in the lectures. Examination is oral, details will depend on the number of participants and will be communicated during the lectures.
The course is held yearly in the winter semester. Further information on dates, times and locations can be found in the heiCO system. Interested students should register via the heiCO system.
Required knowledge:
The course is intended for master students and assumes the student has a followed introductory courses on physics, chemistry and mathematics.
Topics:
- Types of energy
- Thermodynamics
- Energy in matter
- Thermal energy conversion
- Phase-change energy conversion
- Solar energy and solar cells
- Thermoelectric generators
- Biological energy
- Energy efficiency
- Energy storage and batteries
For any further information please contact Martijn Kemerink