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on the systematic measurement of thermal conductivity evolution with burnup in systematic series of samples available at SCK CEN using LFA and, if available, MEMS-TSB method. Where to apply Website https
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offers an exciting opportunity to apply advanced organic synthesis and molecular design to the development of next-generation radiotheranostics. Where to apply Website https://www.sckcen.be/en/thesis-and
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/development-clinical-micr… Work Location(s) Number of offers available1Company/InstituteSCK CENCountryBelgiumState/ProvinceAntwerpCityMolPostal Code2400StreetBoeretang 190 Contact City Mol Website https
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. The Belgian government made the decision to both support the long-term operation (LTO) of existing water-cooled reactors and drive the development of innovative GenIV lead cooled SMRs. From this initiative
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areas or industrial domains. These possibilities, together with the development of non-water-cooled reactors require the development of tools to assess the radiological impact assessment for SMRs in both
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Generation IV reactors are being developed to enhance the efficiency and sustainability of nuclear electricity production. SCK CEN is involved in the development of Lead-Cooled Fast Reactors (LFRs) which use
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these conditions, long term creep and shrinkage/swelling processes drive the evolution of mechanical stability of the material. The primary objective of this PhD is to enhance existing theoretical and numerical
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to preclinical validation in relevant tumor models. The work will accelerate the development and availability of life-saving nuclear therapies and will contribute to driving cancer research and care forward in a
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the goal of net-zero emissions by 2050. SMRs are currently in development worldwide, with water-cooled reactors foreseen to be deployed first. However, for the Belgian SMR, liquid Lead (Pb) is the coolant