prof. RNDr. David Trunec, CSc.
Head, Applied Plasmochemistry
office: pav. 06/02026
Kotlářská 267/2
611 37 Brno
phone: | +420 549 49 7763 |
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social and academic networks: |
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Courses taught
Spring 2025 at Faculty of Science
Autumn 2024 at Faculty of Science
- Bachelor Thesis 1
- Bachelor Thesis 2
- Collision processes in plasma
- Diploma Thesis 1 (F7740E, F7750E, F7760E)
- Diploma Thesis 2 (F8740E, F8750E, F8760E)
- Diploma Thesis 3 (F9740E, F9750E, F9760E)
- Diploma Thesis 4 (FA740E, FA750E, FA760E)
- Elementary processes in plasma 2
- Individual study 2
- Nuclear reactors and powerstations
- Seminar of Department of Plasma Physics and Technology
- Simulation using Monte Carlo method
- Teaching assistance
Spring 2024 at Faculty of Science
Autumn 2023 at Faculty of Science
- Bachelor Thesis 1
- Bachelor Thesis 2
- Collision processes in plasma
- Computers physics education
- Diploma Thesis 1 (F7740E, F7750E, F7760E)
- Diploma Thesis 2 (F8740E, F8750E, F8760E)
- Diploma Thesis 3 (F9740E, F9750E, F9760E)
- Diploma Thesis 4 (FA740E, FA750E, FA760E)
- Elementary processes in plasma 2
- Individual study 2
- Nuclear reactors and powerstations
- Seminar of Department of Plasma Physics and Technology
- Simulation using Monte Carlo method
- Teaching assistance
Spring 2023 at Faculty of Science
Autumn 2022 at Faculty of Science
- Bachelor Thesis 1
- Bachelor Thesis 2
- Collision processes in plasma
- Diploma Thesis 1 (F7740E, F7750E, F7760E)
- Diploma Thesis 2 (F8740E, F8750E, F8760E)
- Diploma Thesis 3 (F9740E, F9750E, F9760E)
- Diploma Thesis 4 (FA740E, FA750E, FA760E)
- Elementary processes in plasma 2
- Individual study 2
- Nuclear reactors and powerstations
- Seminar of Department of Physical Electronics
- Simulation using Monte Carlo method
- Teaching assistance