Seminarium Zakładu Energetyki Jądrowej i Analiz Środowiska
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Probabilistic inverse model for identification of atmospheric contamination source in an continental-scale based on the 106-Ru 2017 event
2021.11.05 11:50 - Katarzyna Kuźniar -
Thermal-hydraulic analysis of the can with tellurium dioxide target material during irradiation process
2021.10.29 15:16 - Katarzyna Kuźniar -
Modelling of radionuclides transport in groundwater
2021.10.15 20:43 - Katarzyna Kuźniar -
Generation IV International Forum – what we do, what we achieved in TRISO fuel development
2021.10.07 13:46 - Katarzyna Kuźniar -
GoHTR: CFD study of Reactor Cavity Cooling System capacities
2021.09.30 13:46 - Katarzyna Kuźniar -
The importance of uncertainty analysis - methodology and examples
2021.06.23 17:57 - Katarzyna KuźniarUncertainties of numerical predictions play important role in the nuclear reactor safety margin assessment. Many flow models and codes are used in different types of Nuclear Safety Analyses but some of them are especially important in Loss of Coolant Accidents analyses.
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Estimation of Weibull distribution parameters using mesoscale modelling
2021.06.17 9:59 - Anna RędaszekProper wind characteristic at the certain area is essential not only for weather forecasts, but also for many environment-related types of research, like air contamination analyses, including radiological emissions. Wind speed distribution and wind direction assessment are a part of the base of every sophisticated air contamination model. Wind assessments at different heights are useful for analyses of the wind energy sector.
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Temperature dependent viscosity of liquid lead as important flow parameter studied for DFR mini-demonstrator
2021.06.10 12:51 - Katarzyna Kuźniar -
Determination of the liquid eutectic metal fuel Dual Fluid Reactor design
2021.06.02 15:24 - Anna RędaszekThe Dual Fluid Reactor (DFR) is a novel concept of innovative, high-temperature and fast nuclear reactor patented by an international group of scientist from the Institut fur Festkorper-Kernphysik (IFK) in Berlin. The distinctive feature of its design is the use of two independent liquid loops for the fuel (molten salts - DFRs or molten metal - DFRm) and for the coolant (liquid lead).
