Dr Mitja Kelemen
AssociateE-mail: Mitja Kelemen joined the team at Microanalytical center as B. Sc. Student in 2011. He manly focused on use of micro-beam fore elemental chemical analysis. With emphasis on biological tissue and samples exposed in fusion reactors. Since 2015 he is employed as an operator of 2 MV tandem accelerator at JSI. Simultaneously he started working on study of effects of surfaces roughness on materials relevant for inner walls of fusion reactors, as part of his PHD thesis. Application of ion beam methods, on various fields, led him to be author or co-author of more than 20 original scientific papers.
Education |  |
- bachelor's degree in physics (Universty of Ljubljana, Faculty for Mathematics and Physics, degree in 1.level Physics, 2012)
- master's degree in physics (Universty of Ljubljana, Faculty for Mathematics and Physics, degree in 2.level Physics, 2014)
- PhD, doctoral study program Ecotechnologies (Jožef Stefan International Postgraduate School , Ljubljana, 2023)
Employment | |
- associate at IJS, 2015 -
Field of work | |
- Ion beam analysis- IBA
- Study of low energy ion erosion
- Use of high energy focused ion beams
Project list | |
- EUROfusion, ITER physics
- TRANSversal Actions for Tritium
- Ionome of crop plants for safe and quality production
- Molecular imaging inside the cell (MICE)
- Detection of defects and hydrogen by ion beam analysis in channelling mode for fusion – DeHydroC
- Detection of defects and hydrogen by ion beam analysis in channelling mode for fusion
- EUROfusion, Fusion Science - Work program Plasma Wall Interaction and Exhaust (WP PWIE)
- EUROfusion, Fusion Technology - Work program Prospective Research & Development –Integrated Radiation Effects Modelling and Experimental Validation IREMEV (WP PRD-IREMEV)
- IAEA CRP Hydrogen Permeation in Nuclear Materials - Experiments and Modelling of in Situ Uptake, Transport and Release Studies of Hydrogen Isotopes in Irradiated Tungsten
- Detection for Hydrogen Isotopes by NRA, Cross Sections and Best Practices
- Lessons from nutrient-use-efficient plants to benefit dietary mineral intake