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ICEWATER Erki Metsanurk & Mattias Klintenberg Design is - PowerPoint PPT Presentation

Apr 04, 2023 •2.14k likes •2.36k views

ICEWATER Erki Metsanurk & Mattias Klintenberg Design is finished - we have made numerous changes since the version presented last year. Standard components are being sourced. Machining of custom components has started.

  1. ICEWATER Erki Metsanurk & Mattias Klintenberg • Design is finished - we have made numerous changes since the version presented last year. • Standard components are being sourced. • Machining of custom components has started. • In-depth talk about physics/engineerging /business challenges and solutions tomorrow.

  2. EURAD Peter Jansson EURAD programme was accepted by the EC:  ~60 M € , 5y programme on research related to radioactive waste management in the context of deep geological repositories.  Started 2019-06-01.  Managed by ANDRA (France)  One R&D work package (out of 7) on spent fuel characterization lead by UU and SKB.

  3. Nuclear data @ Uppsala? Nuclear physics experiments Nuclear data End-user evaluation applications Nuclear physics model codes Co-variances and uncertainty quantification 3

  4. Development of the Medley setup for NFS  Main goal: perform accurate measurements of cross-sections in neutron-induced reactions .  To be used at neutron research facility NFS (Neutrons For Science) at GANIL (Caen, France).  Development and upgrade of the detection setup “Medley” , for different projects:  Commissioning of the NFS neutron beam.  LIONS ( L ight ION production S tudies).  Reactor aging  FISHES ( FIS sion vs H ydrogen E lastic S cattering).  Reactor and criticality physics The renovated Medley chamber will be sent to NFS by the end of 2019 The ongoing development of PPACs ( P arallel P late A valanche C ounters) and of the general setup led to different publications and student projects :  D. Tarrío et al ., “Characterization of PPACs’ time resolution for fission studies” . Presented at the Int. Conf. On Nuclear Data 2019, Beijing (China). S ubmitted to EPJ Web of Conf. (2019).  L. Lehtilä , “Implementation and characterization of Silicon detectors for studies on neutron-induced nuclear reactions”, M.Sc. Thesis, 2019.  K. Nakano , “Measurement of first Townsend coefficient of C3F8 for characterization of PPAC”, internal report (2018). Visiting Ph.D. student from Kyushu University (Japan).  Several projects for undergraduate students. A PPAC detector

  5. Medley -> NFS@GANIL Stephan Pomp Goal: Use the Medley setup at the Neutrons For Science (NFS) facility at GANIL (Caen, France): Perform studies of the fission process and light-ion production (dosimetry, gas production, etc.). Status: After many years of delay NFS finally starts commissioning during 2020. Medley has been dismantled, partly adjusted and renovated for NFS, cleaned, etc., and is ready for shipping. Next: Medley will be shipped to NFS end of Nov. Installation and first use in the commissioning is planned for Spring 2020. Main compontents of Medley: ready to be packed for shipping

  6. VERDI 2E-2v fission fragment spectrometer VERDI at JRC, Geel Belgium Current characterization experiments at TANDEM lab in UU Fission yields Collaboration with Lanzouh University Frisch Grid Ionization chamber

  7. Fission yields @ IGISOL • Measurements of Q/M selection 𝜠 M/M ≈ 500 independent and isomeric fission yields. • Separate and identify nuclides based on mass. Q/M selection 𝜠 M/M ≈ 10 6 238 U(p,f) 134m I Highlight 2019 • Successful measurement of isomeric yield ratios of 19 isotopes in proton induced fission of 238 U. 134 I 134 Te

  8. Evaluation and Uncertainty Quantification Henrik Sjöstrand • Focus 2019, model defects and unrecognized systematic uncertainties. – More information by Henrik Sjöstrand, Machine learning regression for reactor-relevant nuclear data tomorrow at 11.05 – Continuation of MÅBiL funded research • Code system available under GitHub (http://www.nucleardata.com/) (open access) • Methods applied to iron with relevance for reactor aging and for criticality analysis. • Results presented at ND 2019 – Beijing and as contributions to NEA – WPEC

  9. Future developments of GET Peter Andersson , Vikram Rathore, Lorenzo Solis Higher spatial resolution • (hundreds of microns) is envisioned for next generation GET system. • Improved data collection rate can be achieved by – Using a multiple channel segmented detector – Optimized collimator geometry Gamma ray True localization Full energy True Full energy energy probability efficiency localization peak – Reduced cooling time of fuel (method 1) (method 1) probability efficiency (method 2) (method 2) prior to PIE A new detector concept has been 662 keV 85.0(4) % 42.5(4) % 99.78(8) % 26.3(3) % • 1173 keV 90.8(2) % 32.9(2) % 99.96(2) % 18.1(2) % developed, with multiple detector 1332 keV 91.6(2) % 30.4(2) % 99.96(2) % 16.5(2) % channels, for faster interrogation, 1596 keV 92.7(4) % 27.5(4) % 100(0) % 14.3(3) % which in turn allows for higher resolution. 9

  10. Nuclear Safeguards – Research Sophie Grape , Erik Branger, Zsolt Elter, Vaibhav Mishra, Ane Håkansson, Li Pöder Balkeståhl • Erik Branger defended his thesis October 12, 2018 and currently is postdoc in the research group. • Viabhav Mishra is a new Ph.D. student within safeguards. His research focus lies on verification of spent fuel prior to encapsulation and novel technical safeguards approaches for Gen IV. • The research has during the last year addressed verification of non-regular fuels and the use of quivers. • The work with machine learning techniques continues now in collaboration with SCK•CEN in Belgium.

  11. Nuclear Safeguards – Education Sophie Grape , Erik Branger, Zsolt Elter, Vaibhav Mishra, Ane Håkansson, Li Pöder Balkeståhl • We have, within a Horizon2020-project, offered the so-called course in safeguards (Feb 4-8 in Mol, November 11-15 in Jülich) • Collaborators are: SCK•CEN, FZJ and JRC Ispra. • In addition to the course, four workshops are offered.

  12. UGGLA* ̶ Gamma measurements for radioecology Mattias Lantz, Cecilia Gustavsson HPGe detector in use for biological and • geological samples → interdisciplinary research. Successful completion of school project • Strålande Jord → which attracted huge media interest. Several bachelor and master student • have been educated in gamma measurement techniques → competence development. Established collaboration with FOI • reference lab in Umeå for independent SGU map of 137 Cs (left) and benchmarking → national competence results from mushroom sharing. activity obtained in the project Stråland Jord (right). *Uppsala Generic Gamma LAb

  13. UGGLA* ̶ ongoing research Transport mechanisms of 137 Cs between • soil and fungi → in collaboration with Mycology dept at SLU Dating of lake sediments using 210 Pb → • in collaboration with Limnology dept at UU Method development of corrections for • geometric, density and composition variations in extended bio and/or geo samples. Survey of feasibility of using other • radionuclides (i.e. Be-isotopes, 210 Po) for ecological applications. SGU map of 137 Cs (left) and results from mushroom activity obtained in the project *Uppsala Generic Gamma LAb Stråland Jord (right).

  14. NESSA ( NE utron S ource in upp SA la): a facility under development Alexander Prokofiev Motivation Envisaged parameters Maintain and develop o Neutron energy: 14 MeV o Neutron yield: up to 5∙10 10 n/s national competence in: o Neutron flux: ≥ 10 9 n/cm 2 /s o nuclear physics o Beam spot size: 1 mm…~50 cm o neutron physics o radiation physics The o radiation protection NESSA o detection techniques bunker @ o neutron tomography FREIA hall o radiation effects Project status and time plan o Procurement of the neutron generator: the contract has recently been signed with Adelphi Technology Inc. User o Design of the radiation protection using the MCNP area NG code: ready on the concept level o Site Acceptance Test: Autumn 2020 o Availability for external users: starting year 2021 Contact: Uppsala University, Division of Applied Nuclear Physics, alexander.prokofiev@physics.uu.se

  15. UU Educational efforts o New long-term agreement with industry concerning contract education for NPP staff o 14 weeks/year o KKI, the bachelor’s program in nuclear technology is back with support from industry o 29 applicants (12 1 st hand)  5 students o Development of new contract education courses, e.g., o MTO/Human Factors for Nuclear Safety including Virtual Reality Resources as part of Safety Culture (6 ECTS) KKI students (and teachers) at the JSI TRIGA-reactor, Ljubljana, october 2019.

  16. Outreach activities at UU Listed events since September 2018  Participation with information and activities about ionizing radiation at popular science events, i.e. SciFest (March) and Kulturnatten (September)  ~10 interviews in public radio and podcasts about nuclear power, ionizing radiation, atomic bombs, Fukushima and Chernobyl  ~25 media entries (newspaper, radio, TV) related to ”Strålande Jord”  ~15 debate articles in newspapers (mainly replies) related to nuclear power and the climate issue  ~5 high school visits/talks/workshops, several high school projects related to ”Strålande jord”  ~10 meetings, interactions and corrections with politicians, reporters and actors (!) sharing information about ionizing radiation and nuclear power  2 wikipedia entries created or updated

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