Connor, Dean

Keatley, Anya

Leal Olloqui, Macarena

Martin, Peter

Payton, Oliver

Scott, Tom

The distribution, quantification and exposure-related effects of radiation in the environment, arising from both natural and anthropogenic sources, is of great (and growing) concern for global populations. Recent events at the Fukushima Daiichi Nuclear Plant (FDNPP) have further highlighted the importance of developing radiation mapping technologies that not only contribute to the continued assessment of contamination, but can also serve as an educational tool for members of the public regarding its behaviour and extent. With an even greater number of people possessing smart phone technology, a lightweight and portable "connected system" has been developed to demonstrate to users the calibrated radioactive dose-rate in an area, viewable in real-time through a dedicated phone application. As well as allowing for system users to be alerted where variations in dose-rate are experienced, the combined results from multiple systems are viewable through a custom-built desktop application – permitting for the output obtained via any number of units to be displayed in real-time. An initial, successful, trialling of the system is described for a former tin mine in Cornwall (south-west England) – known to exhibit low, but identifiable radiation anomalies in discrete areas. Additional applications outside of its educational usage are also discussed

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Development and validation of a high-resolution mapping platform to aid in the public awareness of radiological hazards

https://research-information.bris.ac.uk/files/153587669/Martin_2018_J._Radiol._Prot._38_329.pdf

Development and validation of a high-resolution mapping platform to aid in the public awareness of radiological hazards

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