Supporting the decommissioning of first-generation nuclear power plants

As the first generation of nuclear power plants comes to the end of their lifespans, robust testing is needed to ensure they ...
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Improving the detection of nuclear explosions and extreme natural events

Prior to the 1990s there were over 2000 nuclear weapon tests - since then there have been only 10. The main reason was the si...
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Improving the instrumentation needed for new types of cancer treatments

Over 3.5 million new cancer cases occur in Europe each year, resulting in 1.9 million deaths. In the last few decades new tre...
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Using the radon tracer method to help improve greenhouse gas inventories

Radon (Rn-222) is a colourless, odourless, radioactive gas released from many rocks and soils in the Earth’s surface. Whilst ...
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A radon monitor for public safety and climate change mitigation strategies

Radon is a natural radioactive gas that can accumulate in buildings and pose a danger to human health by increasing the indiv...
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BetaShape: An improved code for calculating beta radiation decay spectra

Accurate knowledge of radioactive decay is vital in areas such as the nuclear industry, doses to patients in medical physics ...
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EMPIR project determines decay data with unprecedented uncertainty

Working to increase knowledge of radionuclide decay data and to develop a new primary method for activity determination ...
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EMPIR radon metrology research leads to licence agreement

In May 2023 a License Agreement for an atmospheric radon monitor was signed between the company Radonova and the Universitat ...
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Protecting European citizens from the risks of ionising radiation

Introducing the new European Metrology Network for Radiation Protection
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