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HOME 한국원자력연구원 대표 홈페이지(영문)>R&D Activities>Radiation Fusion Technology>Development of higher value-added radiation techno

Development of higher value-added radiation techno

  • Background
    Demand for radiation technology will increase significantly due to increased interest in welfare such as health care and demand for new industries
  • Goal
    Development of high value-added radiation core technology to solve the problems people are facing in their lives and contribute to future industries, and fostering new radiation industries based on regional large research facilities
  • Significance
    Development of radiation technology that is beneficial and safe for people's lives and meets the national government's philosophy and the mission of government-funded research institutes of national security and creation of new industries

Promotion Strategy

(Goal) Radiation technology development for national welfare promotion, solving problems relating to daily living throughout the nation, and new business creation

(Stabilized production·supply of radioisotopes) Completion of radioisotope tope production reactor, utilization of cyclotron·proton beam accelerator for securing core isotope (Zr-89, Tc-99m etc.) capacity, promotion of domestic RI supply spin-off company

(Fostering radiation application industry) Promotion of new technology and new industry through fusion between radiation and different fields (radiation biotechnology, materials, environment, development of crops) X-ray neutron mixed radiation security inspection system, high strength lightweight composite materials, human synchronous device , drug delivery compound synthesis technology for radioactive pharmaceuticals, development of breeding technology for crops to respond to climate change, etc.

(Development of technology for solving problem of people's lives) Development and support of radiation safety, fine dust, etc. as an institute supporting human life in the fields of environment and nuclear energy Fine dust reduction, industrial odor elimination, radiation safety such as radon related safety, radiation technology for preservation of cultural heritage together with phytosanitization and quarantine using radiation, spreading prevention of infectious diseases, next-generation radio-vaccine development

(Action plan) Development core technology of radiation to improve the quality of life such as promotion of public welfare and safety, and promotinge commercialization such as technology transfer and establishment of spin-off companies

Research Topics
  • Development of technology for solving problem of people's lives
    (fine dust reduction, industrial odor elimination, radiation safety such as radon related safety, preservation of cultural heritage ,etc.)
  • Radiation fusion technology for industrial application
    (security inspection system, convergence material, development of crops to respond to climate change, etc)
  • Development of radioisotope production and application technology
  • Drug delivery compound synthesis technology for radiopharmaceuticals
  • Isotope battery research
  • Radiation vaccine development

Research Facilities

  • Research Facilities


    Facility for radio isotope development and proton beam application research.
    Radioisotope production, application research, and development of RI generator and equipment automation

  • Research Facilities

    Irradiation Facility

    Facility for the development of basic and quantitative technologies using radiation such as high/low intensity gamma-ray irradiator, electron accelerator, ion implanter, and gamma-phytitron

  • Research Facilities

    Radiation Breeding Research Building

    Development and distribution of mutant resources, support for research and development of industry-academy-research institutes, facilities for private breeder education

  • Research Facilities

    Radiation Equipment FAB

    Research and development facility for radiation generator, radiation sensor, and sensor material