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Home > Education & Tra... > Guidance for yo... > PhD subjects

PhD subjects

Available topics

Within the institute Nuclear Materials Science:
Modelling of oxide layers formed on nuclear materials Finite element modelling of plastic instability in irradiated steels A contribution to the development of sensitive and isotope-selective analytical methods based on sector-field ICP-mass spectrometry for supporting the development of Gen IV nuclear reactors Fundamental research of the hydrogen retention in tungsten under fusion relevant conditions Development of stress corrosion crack initiation test and monitoring techniques Atomic scale simulation of gaseous and volatile fission products in GEN-IV fuels Metallurgical microstructure characterisation of U-Mo alloys used in monolithic MTR fuel plate production Correlation between the electronic structure of uranium and their local environment in the crystal in complex uranium (V) oxides Full-scale modeling GEN-IV fuels Plasticity of Fe-Ni-Cr alloys under irradiation
Within the institute Environment, Health and Safety:
On-line dosimetry for radiotherapy using non-invasive optical fibre sensors with Al2O3:C OSL detectors Experimental and phenomenological study of the effect of chemical detrimental processes on transport properties of concrete Measuring radiation doses in space with a combination of passive detectors Multiple contamination with radionuclides and heavy metals: characterizing plant stress responses using duckweed Lemna sp. Study of colloidal transport in saturated clay sediments using taylored nanostructures Dynamic Modelling of Soil-Vegetation-Atmosphere Transfer (SVAT) in perennial ecosystems laboratory and numerical investigation of the anisotropy behaviour of natural Boom clay Modelling the dispersion of radionuclides in rivers A biological and dosimetric study of hadrontherapy on tumor and normal cells. Non cancer effects (and in particular cardio-vascular effects) related to low doses of radiation Effects of artificial light and ionizing radiation on the nutritive value of photosynthetic bacteria used for waste recycling in space Assessment of microbial presence and activity in deep subsurface clay layers selected for radioactive waste disposal
Within the institute Advanced Nuclear Systems:
Study of the response of miniature fission chambers in fluctuation mode Fiber-optics temperature and radiation distributed monitoring in nuclear installations Development of fiber Bragg grating based ultrasonic visualization system for MYRRHA In-vessel remote handling in heavy liquid metal cooled reactor types Chemistry control of heavy liquid metal coolants in GenIV type reactors Plasma current and distributed magnetic field measurement in thermonuclear fusion reactors based on the Faraday effect in optical fibres

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