Research Centre for Applied Physics and Radiation Technologies
Overview
The Research Centre for Applied Physics and Radiation Technologies was formally established in 2017 after being in development by Professor David Andrew Bradley and his collaborators over a period of 18 months. Our work has particular focus on health sciences, studies in protection of the environment and the needs of various industries including both the non-nuclear and nuclear fuel cycle industries. Other fields actively being pursued include heavy ion radiobiology, fundamental atomic and nuclear structure, and decay physics research with potential applications in a variety of fields.
Vision
To be a leader in applied physics and radiation sciences research and education, with activities in the areas of health, environmental protection, industrial applications and fundamental processes.
Mission
To respond to the many challenges and opportunities that are being presented daily in theoretical and experimental aspects of applied physics and radiation sciences, including medical applications of ionising radiation (in radiotherapy, diagnostic radiology and nuclear medicine), applications in radiation protection in the workplace and for members of the public.
Research Instruments
Instrument (Brand/Model) | Code | Type of Analysis |
---|---|---|
Confocal Raman - AFM Microscope [WITec Alpha300 RA] | RAMAN-01 | Solid/liquid/powder/biological sample – Single spectrum |
RAMAN-02 | Solid/liquid/powder/biological sample – Line scan | |
RAMAN-03 | Solid/liquid/powder/biological sample – Image scan | |
RAMAN-04 | Solid/liquid/powder/biological sample – Depth profiling | |
AFM | Solid/liquid/powder/biological sample | |
RAMAN-AFM-01 | Solid/liquid/powder/biological sample – Single spectrum | |
RAMAN-AFM-02 | Solid/liquid/powder/biological sample – Line scan |