Nuclear Chemistry Generation IV Fuel manufacturing Separation Fuelcoolant cladding interactions Accidents Iodine chemistry Ruthenium chemistry FP interactions with molten salt Gen II III Used fuel leaching ID: 768672
Download Presentation The PPT/PDF document "Nuclear Chemistry Generation IV" is the property of its rightful owner. Permission is granted to download and print the materials on this web site for personal, non-commercial use only, and to display it on your personal computer provided you do not modify the materials and that you retain all copyright notices contained in the materials. By downloading content from our website, you accept the terms of this agreement.
Nuclear Chemistry Generation IVFuel manufacturingSeparationFuel/coolant/ cladding interactions AccidentsIodine chemistryRuthenium chemistryFP interactions with molten salt Gen II IIIUsed fuel leachingSorptionRa chemistryATF MedicineCancer therapyImplant-body interactions Leaching Separation Organic synthesis Chemistry of complexes Thermodynamics Material analysis
4/5/2019 Chalmers2 Division of Materials Microstructure: Research into Nuclear Materials - Activities of Mattias Thuvander & coworkersPhD Thesis – Silvia TuziElectron Microscopy of Oxide Formed on Nickel Alloy X-750 in Simulated Boiling Water Reactor Environment (December 2017)PhD Thesis – Kristina LindgrenEffects of Irradiation and Thermal Ageing on the Nanoscale Chemistry of Steel Welds (December 11, 2018) - MåBilCourse: Nuclear MaterialsLast time (7 students)New PhD-studentsJohan Eriksson (irradiated Zircaloy)Andrea Fazi (coated Zircaloy for ATF) Safety – SSF project on ATF(separate presentation)VR project with KTH & UUNovel Steels for Lead-Cooled Generation 4 Nuclear Reactors (2018-2021) MUZIC-3International project coordinated by Westinghouse (15 PhD students) on irradiation effects on Zirconium alloys. One project at Chalmers (JE) funded by WSE, EPRI, Vattenfall and OKG (2018-2022).Projects with StudsvikIASCC of Thimble Tubes from R2SS welds from Zorita
Consortium of 20 partners (Europe, USA, Japan) led by Chalmers (Prof. Demazière) Project started on September 1st, 2017 and progressing as plannedGoal: developing neutron noise-based core monitoring techniques for on-line/off-line early identification and characterization of anomalies in operating reactorsFirst machine learning tests successfully carried out: More info at: http://cortex-h2020.euThis project has received funding from the Euratom research and training programme 2014-2018 under grant agreement No 754316. © F. Calivà, F. De Sousa Ribeiro, G. Leontidis, S. Kollias ( University of Lincoln)
Efforts to secure education 4 lectures recorded on nuclear reactor multiphysics as part of the SKC sponsored e-learning initiativeShort (web-based) course on reactor dynamics and theory of small fluctuations given on June 18-21, 2018 with 16 on-site and 26 off-site registrants, as part ofShort (web-based) course on reactor modelling being developed and to be given on September 9-13, 2019 as part ofInteractive book in reactor modelling being written for the summer of 2019 for All educational efforts using pedagogical methods based on “flipped classrooms” and Virtual Learning Environments (well adapted to distant learning and life-long learning)