Smart Radio Sensors
Advanced radiation-based sensing and non-destructive measurement solutions for industry, mining and nuclear applications.
The Smart Radio Sensors (SRS) group develops and applies advanced radiation-based sensing and non-destructive measurement technologies for the mining, industrial, and nuclear sectors. Using neutron and gamma detection, fibre-optic sensing, and advanced data analysis, the group delivers innovative solutions for material characterisation, process monitoring, nuclear waste management, and reactor performance optimisation.
Research Areas
- Industrial and Mining Applications
- Neutron-Based Sensing and Detection
- Gamma-Ray Detection and Spectroscopy
- Fibre-Optic Sensors
- Nuclear Waste Applications
- Reactor Applications
Services
SRS provides specialised radiation-based measurement and characterisation services, including:
- Gamma-ray spectroscopy
- Neutron detection and measurement
- Radiation detector characterisation
- Experimental system development
- Radiation-based industrial and mining measurements
- Data acquisition, analysis and interpretation
Capabilities and Instrumentation
The SRS team has expertise in the development and application of radiation-based measurement systems to solve industrial challenges. Our capabilities extend from experimental design and detector selection through to data acquisition, analysis and interpretation.
The group works with gamma-ray and neutron detection technologies, spectroscopy systems and advanced sensor technologies for applications in industrial, mining and nuclear environments.
Applications
Our technologies support applications in:
Mining | Industrial Processing | Nuclear Waste | Reactor Research | Moisture Detection | Radiation Measurement | Harsh-Environment Sensing
The SRS group develops advanced radiation-based sensing technologies for nuclear and industrial applications.
- Figure 1: Heavy-duty mining shovel bucket showing the shroud wear protection system.
Innovation and Collaboration
SRS works with industry, mining, research and academic partners to develop customised sensing and measurement solutions. We welcome opportunities to collaborate on challenges requiring advanced radiation detection, non-destructive measurement and sensor technologies.