My main research topic is to study the uptake and diffusion properties of different radionuclides. In our research in some cases synchrotron...
READ MOREAttendance of the general update workshop of the IGD-TP project on Post-Closure Criticality Safety (PCCS).
by Niels Belmans | Oct 4, 2022 | Mobility
This mobility action consisted of the travel of the applicant to participate in the IGD-TP’s Post Closure Criticality Safety (PCCS) project...
READ MORE1st Greek Summer School Snychrotron Radiation: properties & applications
by Niels Belmans | Oct 3, 2022 | Mobility
The program consists of hour-long lectures and afternoon Lab courses where the participants had the opportunity to handle experimental data and...
READ MOREAssessment of FRAPCON-xt and BISON codes to predict fuel performance in Dry Storage
by Niels Belmans | Sep 12, 2022 | Mobility
One of the objectives of EURAD WP8 is to study the spent nuclear fuel (SNF) behaviour under accident conditions, which may lead to a potential...
READ MOREA visit to TNO laboratory to learn electrochemistry technique
by Niels Belmans | Nov 2, 2021 | Mobility
The redox potential is an important property of redox-active clay minerals that are involved significantly in radionuclides retention. The...
READ MOREMultiscale simulation of ion diffusion in unsaturated nanoscale porous media
by admin | Nov 8, 2020 | Mobility
The transport of ions in unsaturated porous media is an important fundamental process in many natural and technical settings. A realistic...
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