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MHI Nuclear Development Corporation
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      • Research and development, testing related to nuclear power plants

      • Research and development, testing of nuclear fuel and core internals

      • Research and development, testing of nuclear fuel cycle and back-end related technologies

      • Operations related to the transportation of radioactive materials

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    • Technology
    • Published Report
  • About Us
    • Management and auditing of public research funds
    • Specific Personal Information Protection Policy
    • Policy of Quality, Environment, Safety and Health
  • Sustainability

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    • Research on ultratrace measurement technologies for radioactive nuclides

    Research on ultratrace measurement technologies for radioactive nuclides

    The radiation emitted by radioactive nuclides generated at nuclear facilities differs in type of radiation (α-rays, β-rays, γ-rays, X-rays, etc.) depending on the nuclide. We have developed measurement methods according to specific nuclides and types of radiation, and perform quantitative analysis of ultratrace radioactive nuclides.

    Research on ultratrace measurement technologies for radioactive nuclides1
    Research on ultratrace measurement technologies for radioactive nuclides2

    Business

    • Technology
      • Research and development, testing related to nuclear power plants
      • Research and development, testing of nuclear fuel and core internals
      • Research and development, testing of nuclear fuel cycle and back-end related technologies
        • Radioactivity assessment of accident waste
        • Verification of long-term integrity during dry storage of spent fuel
        • Research on ultratrace measurement technologies for radioactive nuclides
        • Utilization of chemical and radiochemical analyses
        • Efforts toward the decommissioning of nuclear facilities
        • Quality management of radiochemical analytical techniques
        • Development of radiochemical analytical techniques
      • Operations related to the transportation of radioactive materials
    • Published Report
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