Outcome:
Students having passed the course know how to:
1) Create a model of electrolyte components, electrode and interface;
2) Perform DFT calculations;
3) Analyse the computed electronic structure and its properties.
Teachers:
Nadežda Kongi -
Vladislav Ivaništšev -
Ritums Cepitis -
Content:
Topic |
Credit |
Lectors |
1. 1. Introduction to computational chemistry – Linux environment, Colab iPython notebooks, Python, and bash.
2. Using the atomic simulation environment – 1D, 2D, and 3D models.
3. Advanced visualization and plotting with Python.
4. Reaction mechanism.
5. Free energy diagrams.
6. Activity descriptors – scaling relations.
7. Working with literature and data – interpretation of published computational data.
8. Effects and trends in electrocatalysis.
9. Beyond standard approaches.
10. Physical adsorption.
11. Actuators and supercapacitors.
12. Gas electrosorption. |
78 |
Nadežda Kongi, Vladislav Ivaništšev, Ritums Cepitis |
Location info:
Tartu linn
Learning environment:
Studies and teaching takes place in appropriate classrooms, which have the required teaching equipment and meet the health and safety requirements.
Outcome method:
non-differentiated (pass, fail, not present)
Document to be issued:
Certificate of attendance
Additional information:
Vladislav Ivaništšev, vladislav.ivanistsev@ut.ee, +372 +372 737 5161
Program code:
LTKT.TK.021