Atomic scale simulations of radiation damage is helping ANSTO scientists design better nuclear materials.
A new model to predict structural changes in stainless steel during welding could help improve integrity in critical engineering components.
Semiconductor gamma-ray and X-ray detectors have a number of applications. This research looks at a new generation of detectors.
Investigating the impact of radiation and radioactive contamination on forensic trace evidence.
Scientists and researchers within ANSTO's Institute of Materials Engineering have been published in a wide range of refereed journals over several years.
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CONTACT
Materials
Please direct your Materials-related enquiries to:
Email: materials.enquiries@ansto.gov.au
Switchboard: + 61 2 9717 3111
Fax: + 61 2 9543 7179
ABOUT
Materials
We are a major centre of materials engineering and expertise in Australia with a multidisciplinary team of scientists and engineers.
Science is coming to the aid of railway engineers in Australia to help them produce and maintain safer and longer lasting rail lines that could be used around the world through the use of neutron diffraction.
A new model developed by research scientists at ANSTO to predict the structural changes in stainless steel during welding could help improve safety and integrity in critical engineering components.