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Sample environments and Data analysis
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Sample environments and Data analysis
ANSTO Environmental Researcher Scott Chambers uses a naturally-occurring radioactive gas called Radon-222 to trace sources of pollution in the atmosphere. This data set contains hourly observations of meteorology, trace gas pollutants, Radon-222 concentration and traffic density collected from Western Sydney University (Richmond campus) in 2016.
ANSTO has been measuring and characterising fine particle pollution from key sites around Australia for more than 30 years. This data set provides records from 1998 to 2019 of the concentration of 12 elements present in fine airborne particulate matter from an air sampling station located in Mayfield in Newcastle, NSW.
The need for a smaller, more transportable version of ANSTO’s 1500-litre atmospheric radon-222 monitor, and with a calibration traceable to the International System of Units, prompted the team to develop a 200-litre radon monitor that would meet those needs.
ANSTO’s Lucas Heights campus has an extensive range of specialised facilities and capabilities that are available to assist industry-based professionals in solving problems. Please contact us to discuss how we can assist you. We are open to entering into commercial arrangement with appropriate partners.
Useful in some mineral processes but a major problem in others, jarosite may be the key to unlocking the geological history and environmental context of water on Mars.
ANSTO-nandin hackathon teams have combined skills using science and business innovation in three successive events.
Measurement research undertaken to ensure safe, well-engineered nanoparticles
Phenomenon predicted by Nobel Prize recipient
The need for a smaller, more transportable version of ANSTO’s 1500-litre atmospheric radon-222 monitor, and with a calibration traceable to the International System of Units, prompted the team to develop a 200-litre radon monitor that would meet those needs.
Expertise in the use of PET and SPECT imaging techniques to understand biological processes at the cellular and molecular level. The techniques ae also used to study disease processes and monitor the effects of new therapies
An article in Nature Geosciences has highlighted the power of synchrotron techniques to reveal the inner workings of volcanic systems that could potentially help with predictions of eruptions.