Canadian Institute for Neutron Scattering

Discover neutrons for materials research.

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Discover Materials Research

Whether its helping to convert cars to clean fuels, generating knowledge for better health, or leading to tomorrow's discoveries, materials research using neutron beams makes impact.

Getting Neutron Beam Time

The CNBC will help you develop a proposal for time on its world-class beamlines for stress scanning, reflectometry, polarized triple-axis spectroscopy and powder diffraction. You can get as much beam time as is scientifically and technically justified. The CNBC will provide high quality support during your beam time, and can help you interpret results afterwards. You can submit a proposal anytime, and it can be approved within weeks.

News

Designing New Permanent Magnets for Wind Turbines and Electric Vehicles

McGill University researchers are developing a method for predicting the magnetic properties of...

Boosting the Fuel Efficiency of Jet Engines

Rolls‑Royce has applied for a patent for a new material for use in higher-efficiency jet engine...

Canadian research team wins award for study of aluminum

The prize-winning study demonstrated the power of neutron beams to provide useful insights into...

Basic Research Sheds Light on New Materials for Energy Applications

Scientists regularly access neutron beams to gain fundamental insights into the inner workings ...

Our Research Community

Materials researchers who use neutron beam facilities in Canada are spread out throughout Canada and the world, forming a global network for the exchange of ideas.

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More Site Features

The Future of Neutron Scattering in Canada

The Future of Neutron Scattering in Canada

We envision a new world-class neutron source that will surpass the National Research Universal (NRU) reactor, which is planned to be permanently shut down in 2018.

Read our vision
What makes neutrons irreplaceable?

What makes neutrons irreplaceable?

Researchers use a suite of tools to study materials. The knowledge generated using neutrons is complementary to, and cannot be replaced by, any other tool.

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How Does A Neutron Beam Facility Work?

How Does A Neutron Beam Facility Work?

Neutron beamlines direct neutrons onto a material being studied under controlled conditions and detects how the neutron beams change as a result.

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Impacts today and tomorrow

Impacts today and tomorrow

Materials research using neutron beams makes impact, whether its helping to convert cars to clean fuels, generating knowledge for better health, or leading to tomorrow's discoveries.

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