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In collaboration with the French National Institute of Health and Medical Research (INSERM) and the French International Space Agency (CNES), ANSTO scientists are undertaking research on the radiobiological effects of secondary particles that are created when radiation interacts with the shielding on the International Space Station.
The outcome could have significant implications for better monitoring, management and remedial action of groundwater globally.
ANSTO and the Embassy of Argentina in Australia proudly hosted an event commemorating the 15th anniversary of the opening of the Open Pool Australian Lightwater (OPAL) multi-purpose nuclear reactor on 18 October.
Our dedicated mineralogists provide specialised knowledge on the mineralogy of ores/concentrates and the wide variety of solids and residues typically generated in hydromet processes. We have well-equipped facilities that can handle a diverse range of samples, particularly those containing elevated concentrations of uranium and thorium.
ANSTO Analytical Facility conducts a range of analyses required to support our commercial projects, and can analyse everything from simple samples to complex matrices not typically dealt with by standard commercial laboratories.
Thales Australia, a key supplier to the Australian Defence Forces, provided an industrial challenge to National Graduate Innovation Forum participants relating to the production of piezoelectric ceramic components used in naval sonar arrays and systems.
ANSTO has the capability to analyse heavy isotopes such as 129I, platinum group elements, 236U and Pu isotopes.
The nature of Metal-Oxide-Semiconductor Field Effect Transistors (MOSFETs) present a fascinating paradox in space exploration. Their strength in radiation detection becomes their weakness in space operations, exposing an Achilles' heel for NASA. Yet, these same devices monitor radiation doses received by humans on earth and in space.
Innovative software tool developed at ANSTO used at power stations to help maintain plant components and improve the efficiency of operations.
Research collaboration with University of Sydney focuses on a personalised approach to cancer treatment.
Low-cost X-ray detectors featuring high sensitivity, durability and physical flexibility are required in fields ranging from medical imaging to defence. In this study, a new material for X-ray detection was coupled with inkjet printing to produce a series of prototype X-ray detectors.
Research has demonstrated that internally generated neutrons could be used to effectively target micro-infiltrates and cancer cells outside of the defined treatment regions.
Mathematical insights explain inconsistencies in experimental data: pyrochlore transformation into defect fluorite or not?