Further research is encouraged into sensor miniaturisation, which are graphene-based field effect transistors for radiation detection. These are small, inexpensive and low-powered devices that offer exceptional sensitivity to X-rays, gamma-rays, and neutrons (e.g. stack or personnel monitoring).

Related UKRI funded projects

• New photo-detection technology for possible use in sensors for Homeland Security

  This project builds on past experience in the fields of gamma-ray detection for astronomy, detector technology and imaging algorithms for a new application of technologies in the Homeland Security area. The project bring...

  Funded by: EPSRC

  Why might this be relevant?

  The project explores the possibility of applying new photo-detection technology in compact scintillation counter systems, which could be relevant for radiation detection.

• Novel X-ray/[gamma]-ray Detectors

  Semiconductor radiation detectors that can operate at high temperature are desperately needed by industry, academia, and governments for applications including nuclear power, decommissioning, and waste monitoring; non-de...

  Funded by: STFC

  Why might this be relevant?

  The project aims to develop novel X-ray and gamma-ray detectors, which could be applicable for radiation detection.

• New Photo Detection Technology for Possible Use in Sensors for Homeland Security

  This project will explore the posibility of applying newly emerging silicon photo-multiplier devices in a new range of very compact scintillation counter systems. These novel detectors will be designed to be self-contain...

  Funded by: Innovate UK

  Why might this be relevant?

  The project explores new photo detection technology for possible use in sensors, which aligns with the theme of sensor miniaturization for radiation detection.

• 3D diamond detector technology and radiation hardness studies

  The requirements for particle detectors in current and future experiments and applications, from position sensitive detectors for high energy physics experiments to dosimetry for radiation therapy, become increasingly de...

  Funded by: STFC

• Photonic nanostructures to revolutionise the position sensitivity of gamma-ray scintillator detectors

  Ionising radiation is commonly used as a non destructive probe in medical imaging or other radiography methods to obtain information that is not available through visual inspection. Detection of ionising radiation plays ...

  Funded by: STFC

• Conformable Plastic Electronic X and Gamma Radiation Detector

  This project will see the development of a conformable radiation detector. using Kromek's expertise in radiation detectors and CPI's knowledge of plastic electronics. The primary application is for breast cancer screenin...

  Funded by: Innovate UK

• ECCS-EPSRC: A new generation of cost-effective, scalable and stable radiation detectors with ultrahigh detectivity

  Significantly improved performance of radiation detectors has recently been achieved with lead-halide perovskite single crystals. However, the high lead (Pb) content exceeds the maximum limit set in many jurisdictions (i...

  Funded by: EPSRC

• Novel X-ray/gamma-ray Detectors - Capital Equipment

  Whilst many X-ray and gamma-ray detector technologies exist (including Si, GaAs, SiC, and CdZnTe), InGaP devices are a highly attractive alternative which occupy a sweet spot in performance. They are capable of all three...

  Funded by: STFC

• Establishing new manufacturing techniques for high-value semiconductor manufacturing of X-ray dosimeters for radiotherapy in the UK

  This project aims to advance UK semiconductor technology for making X-ray detectors, which are crucial in various applications such as medical imaging and inspection of materials. The project focuses on two main parts: ...

  Funded by: Innovate UK

• RADCASE: Functional materials for radiation detection

  Radiation detection is a key tool for many industries from homeland security to nuclear decommissioning as well as medical imaging. Adding radiation detection capability can be problematic because it adds bulk and weight...

  Funded by: STFC