Objectives
- Develop new-concept radiotherapy devices and technologies
- Develop key equipment and technologies for radiotherapy
- Develop 3D printing technologies for radiotherapy verification
- Develop medical radiation international quality accreditation system
- Develop real-time monitoring-related technologies for radiotherapy precision improvement
- Conduct pre-clinical/clinical trials for radiotherapy system commercialization
- Develop radiotherapy safety assessment technologies
Research Areas
- Development of flash radiotherapy devices and technologies
- Development of particle accelerator and beam irradiation system
- Development of radiation dosimeter and DAQ system
- Development of radiotherapy facility shielding and protection assessment technologies
- Development of biological/physical 3D human body phantom
- Development and operation of radiation measuring/calibration/testing technologies
- Development of medical radiotherapy system quality assurance technologies
- Development of radiotherapy pre-clinical and clinical verification technologies
Research Outcomes
- Established beam irradiation line for RAON medical and biological research
- Secured patent for brachytherapy technology
- Secured patent for radiation dosimeter
- Secured patent for radiotherapy system
- Secured patent for radiotherapy quality monitoring system
- Obtained accreditation from internationally accredited calibration laboratory
- IAEA/WHO SSDL Network designation (KIRAMS Dosimetry Lab)
- IAEA DAN (Dosimetry Audit Network) designation (KIRAMS Dosimetry Lab)