The NMI3 information portal

NMI3 is a European consortium of 18 partner organisations from 12 countries, including all major facilities in the fields of neutron scattering and muon spectroscopy. Read more

  • Joint Research Activities

    NMI3 supports scientific collaborations to develop new instrumentation and techniques for neutron scattering and muon spectroscopy. Find out more.

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  • Our Access Programme

    Visit our Access Programme pages to find out more about getting access to the best neutron and muon facilities in Europe.

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  • NMI3 for students

    In our Education pages, students will find information about training in neutron and muon science as well as educational resources.

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  • NMI3 scientific highlights

    Articles about recent research carried out thanks to NMI3 funding, through our Access Programme

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  • Neutron and muon world news

    Updates, interviews and exciting news about the neutron and muon worlds.

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  • Neutron and muon related events

    In our Calendar you will find information about upcoming conferences, schools, proposal deadlines, and more.

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Latest news

17. May 2013

NMI3 will be at ICNS!

ICNS2013

NMI3 invites to visit our booth and also invites to its ICNS satellite Workshop: “Instrumentation – A challenge for European markets”. read more

06. May 2013

Assessing exposure to pollution in industrial workplaces

Collection of an EBC sample

In industrial settings, employees may be exposed to high concentrations of metals while working indoors. This situation might cause respiratory symptoms and lung diseases on short- and long-term. Neutrons give insights into the air quality in the workplace. read more

23. April 2013

Neutrons and X-rays help investigate new materials for gas turbines

CoRe-2 alloy

Since the post-Second World War, gas turbines developed to become more efficient, which led to increased gas temperatures inside the turbines. It is estimated that future gas turbines will function at temperatures about 200⁰C higher than today. The materials currently used cannot withstand such temperatures. Neutrons help investigate new materials that resist to these severe conditions. read more

To learn about NMI3's latest news click here.