#Batterijen zijn onmisbaar in onze samenleving. Onze collega Marnix Wagemaker vertelt in deze uitzending van EenVandaag over onderzoek om batterijen te maken die in Europa geproduceerd kunnen worden. Hierdoor wordt op Delft University of Technology de #batterij van de #toekomst ontwikkeld op basis van elementen die in #Europa voorhanden zijn. https://lnkd.in/emCjFyUW #innovatie #onderzoek #e4Battery #battery LeydenJar TU Delft | Reactor Institute is onderdeel van TU Delft | Applied Sciences
TU Delft | Reactor Institute
Onderzoeksdiensten
Delft, South Holland 2.483 volgers
Dutch center of excellence for radiation-related research and education.
Over ons
Centre of excellence on nuclear technologies and the use of ionizing radiation for research and education TU Delft Reactor Institute (RID) together with the department Radiation, Science & Technology (RST) have been the Dutch knowledge center for radiation-related research and education for over 60 years. With our knowledge and expertise we play an important role in fundamental and applied scientific research. The research is conducted in various fields, such as sustainable energy, materials and health, both nationally and internationally. You can for instance think of research in the field of solar cells and batteries and medical isotopes for diagnosis and treatment of cancer. The RID operates a unique research facility: the HOR nuclear reactor. This is a small pool-type research reactor (2 MW). The reactor is not built to produce electrical power, but is a source of neutrons and positrons for research purposes. In addition, we have radiochemical laboratories. The RID is an expert in safe handling of radiation. Through consultations and courses at all levels we share this knowledge. More information about our courses: www.tudelft.nl/stralingsonderwijs Part of TU Delft Applied Sciences
- Website
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http://www.tudelft.nl/rid
Externe link voor TU Delft | Reactor Institute
- Branche
- Onderzoeksdiensten
- Bedrijfsgrootte
- 51 - 200 medewerkers
- Hoofdkantoor
- Delft, South Holland
- Type
- Erkende instelling
- Opgericht
- 1958
- Specialismen
- research, education, nuclear, health, energy en materials
Locaties
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Primair
Mekelweg
Delft, South Holland, NL
Medewerkers van TU Delft | Reactor Institute
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Henk Ardesch
TU Delft Reactorinstituut, Hoofd Bedrijfsvoering Hoger Onderwijs Reactor
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Achim Iulian Dugulan
Researcher - Mössbauer spectroscopy at Reactor Institute Delft
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Jacqueline van Spingelen
Interim professional Facility Management, Huisvesting en Implementatie FMIS
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Jurgen van Leeuwen
kwaliteitsmedewerker Reactor Instituut Delft
Updates
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On September 6, Thomas Dumaire, PhD defended his doctoral thesis entitled “Advances in the Chemistry of Molten Salts fuels with emphasis on Fission Products and Corrosion Products”. This thesis is the fruit of a collaboration between NRG and TU Delft, as part of the #SAMOSAFER project. Thomas' research focused on assessing the safety of a new generation of nuclear fuels. Based on experimental work, including calculations of phase diagrams and thermodynamic properties, he studied the behavior of fission and corrosion products in LiF-ThF4-UF4 fuel. In the course of this thesis, he also developed an experimental technique, based on laser-induced fluorescence, for observing the recovery of nanoparticles by bubbling helium into a simulant fluid. Overall, these results represent a significant contribution to the deployment of Molten Salt Reactor technology. The thesis is available in the link below: https://lnkd.in/gKtnkuDe This research was performed at the TU Delft Reactor Institute in the Reactor Physics and Nuclear Materials group (https://lnkd.in/ew3yTR7D) and the Joint Research Centre of Karlsruhe (https://lnkd.in/gJTU9DR5). #Molten #Salt #Reactor #thermodynamics #CALPHAD #fission #products #corrosion #products
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What a huge success with 450 days participants from TU Delft !
Battery Day 2024 is a fact! We're looking forward to an enjoyable, educational, and energetic day! TU Delft, InnovationQuarter, Battery Competence Cluster - NL, De Titaan
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To read about the latest developments on the corrosion studies conducted by MIMOSA 👇
Progress update: MSR key technologies
MIMOSA EURATOM op LinkedIn
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Great to see how our colleagues Robin de Kruijff and Niels Van Wijk hosted a group from Young- NRG at our institute! #research #reactor #education #innovation
Looking back to an inspiring afternoon hosting a group from Young-NRG at the TU Delft | Reactor Institute last Friday! Niels Van Wijk gave a very interesting talk on what it takes to install a cold source at your research reactor (as it turns out, a lot of dedication and patience), and we enjoyed excellent tours of the HOR and Experimental Hall. Thanks to all for making this afternoon a great success!
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#molten #salt #technology can play a significant role in #energytransition Our colleague Anna L. Smith and her team are working on research to improve understanding the chemical behaviour of molten salt fuel.
As the global demand for sustainable energy solutions grows, the search for sustainable and low-carbon energy sources is an increasingly pressing topic. Dr. Anna L. Smith is researching how nuclear energy can play a key role in the energy mix by providing base-load supply. The current fleet of nuclear reactors around the world produce their energy from a solid ceramic uranium oxide fuel. While those fuels have been selected for their good performance and robustness, the current circumstances ask for innovative alternatives that can provide inherent safety by design, and produce less long lived radioactive waste. The Molten Salt Reactor technology, that is based on a liquid fuel, is ideally suited for a safe and sustainable low carbon energy supply. Molten salt reactors could play a significant role in the #energytransition. But one main challenge for their development and commercialisation in the near future is a very good #understanding and modelling of the nuclear fuel properties. Anna Smith and her team are at the forefront of this research, working to improve our understanding of the chemical behavior of molten salt fuel. Read more about Anna’s research here: https://lnkd.in/e6DUjgWe #TechforImpact #TUDelft #TUDelftforLife #TUDelftAlumni #DelftEngineering #DelftUniversityFund #ImpactforSociety #SDG #EnergyTransition Delft University of Technology | TU Delft Campus | TU Delft | Applied Sciences | TU Delft | Reactor Institute
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Using #molten #salt for #nuclear #energy: Tech Talk by Anna L. Smith at Tuesday 22 October 2024 16:00 - 17:00. Registration: https://lnkd.in/g5KB-MjD Subjects that will be addressed: - What makes this form of nuclear power a better alternative? - How are tests conducted to get conclusive results? - What does this mean for the energy transition? - How can you contribute to this innovation? #research #reactor #education #MSR TU Delft | Reactor Institute is part of TU Delft | Applied Sciences
Using molten salt for sustainable nuclear energy
tudelft.nl
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Congratulations to Professor Freek Beekman who was named a 2024 Fellow of the World Molecular Imaging Society (WMIS) for his significant commitment, achievement and leadership in the WMIS and in the field of molecular imaging! The announcement was made at the Closing Ceremony of the 2024 World Molecular Imaging Congress (WMIC) held in Montreal from September 9-13. https://lnkd.in/gzfEJiRX: "The #WMIS Fellows are a group of distinguished scientists that have contributed significantly to both the molecular imaging field and to the World Molecular Imaging Society. Among them are individuals that were founding members of WMIS, who established journals, participated in bringing societies together, organized meetings, served as WMIS Presidents, and still contribute to the society’s success. They are accomplished scientists that have been involved in molecular imaging since the very early days, have worked across the spectrum of molecular imaging, have made significant contributions including instrumentation and probe development and continue to contribute to the field with new technologies and insight into understanding the biology that drives the future of molecular imaging." #research #reactor #education #molecular #imaging TU Delft | Reactor Institute is part of TU Delft | Applied Sciences
Fellows
https://wmis.org
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#vacature #projectofficer Ben je op zoek naar een zelfstandige rol op een unieke lokatie? We zoeken een nieuwe collega! Uit de vacaturetekst: "Je bent het eerste aanspreekpunt voor nieuwe #onderzoeksvoorstellen. Bij omvangrijke projecten ben je actief betrokken bij het #projectmanagement, daarin trek je samen op met de #wetenschappers. Kijk voor meer informatie en reageer snel! Deadline is 25 september. https://lnkd.in/dECjfSct TU Delft| Reactor Institute is onderdeel van de faculteit TU Delft | Applied Sciences
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#Reactor #noise #analysis is key to securing #safety and #availability of #nuclear #powerplants. Our Institute hosted the 31st International Meeting On Reactor Noise (IMORN) in Delft. An international group of participants from 10 countries dived deep into all facets on reactor noise, such as data acquisition, data processing, data analysis, monitoring, development of methodology, application of AI, and new applications for zero power noise. The conference was organized by Prof Jan Leen Kloosterman TU Delft , Prof Imre Pázsit Chalmers University of Technology and Dr. Oszvald Glöckler. #research #education #reactor TU Delft | Reactor Institute is part of TU Delft | Applied Sciences