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Ions and neutrons can probe the world at different scales to reveal a wealth of information: from nano-structures to the inter-stellar space. Discover the interactive infographies in the Case Studies section, to learn about those applications !
Aimed at benefitting national nuclear institutions, this IAEA e-learning helps find answers to the questions "What can I do now?" and "What next?".
The purpose of this e-learning tool is to help to bridge the gap between the practitioners of nuclear analytical techniques and forensic science stakeholder communities.
This video is linked with the IAEA F11020 coordinated research project.
Read more here: https://www.iaea.org/newscenter/news/new-research-project-to-focus-on-use-of-nuclear-techniques-in-forensic-science
The G42008 Coordinated Research Project “Facilitating Experiments with Ion Beam Accelerators” aims at facilitating researchers from countries not having ion beam analysis (IBA) accelerator facilities to perform experiments in such facilities abroad.
This publication is addressing the utilization of heavy ions, through the delivery of better analytical tools with a higher degree of reliability, accuracy, and user confidence.
This video gives an overview on world-wide efforts coordinated by the IAEA to use radiation to sterilize personal protective equipment (PPE)
Designed for curators, archaeologists, analytical and restauration laboratories, this free course focuses on the applications of X-ray Fluorescence technique (XRF) in the analysis of art and archaeological objects.
International Symposium on Trends in Radiopharmaceuticals (ISTR-2023)
17–21 April 2023, Vienna, Austria
Abstract submission deadline: 30 September 2022
Find physics job opportunities in the NuPECC website.
Get practical information on the implementation of decommissioning projects for accelerators, based on lessons learned from prior projects, from this IAEA publication.
Learn more about the conclusions of the IAEA coordinated research project (CRP) on accelerator simulation and theoretical modelling of radiation effects with this publication.
Support practical training in nuclear science and technology with this IAEA publication which provides key hands-on experiments of tomorrow’s nuclear professionals and technologists. It is intended for trainers and trainees.
Latest issue of the RADIATE Newsletter from February 2022.
Welcome to the world-wide Interactive Map of Accelerators, developed and maintained by the IAEA Physics Section. This data base focuses on various* accelerator facilities supporting scientific research as well as offering some analytical or irradiation services to diverse community of users and stakeholders. All information was either received from the organizations operating these facilities or it was collected from different publicly accessible sources. It undergoes a process of only 'light review' by our physics team.
*To navigate between different accelerator categories, please click on the relevant orange tabs at the very top. Other navigation tips are provided at the bottom of the page.
About the data base
In the present configuration, the accelerator facilities are organized into 5 main categories:
For each facility, additional information can be visualized by first clicking on specific category (orange tab), then either on specific sub-category (blue tab) or on the map-located facility marker. When available, the specific facility hosted website can be accessed by clicking on 'Go to Website'.
The statistics provided can also be used as filters by clicking on a specific variable/number. It is also possible to filter per country by choosing each country from the tables.
The IAEA physics team is interested in feedback on this data base. Please send comments or update requests to: Physics-DB at iaea.org