KIM In-Tae | Nuclear Fuel Cycle R&D Group, Korea Atomic Energy Research Institute

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概要

• 同名の論文著者
• Nuclear Fuel Cycle R&D Group, Korea Atomic Energy Research Instituteの論文著者

関連著者

• Cho Yong-jun

  Advanced Fuel Cycle Development Korea Atomic Energy Research Institute

• YANG Hee-Chul

  Advanced Fuel Cycle Development, Korea Atomic Energy Research Institute

• KIM In-Tae

  Advanced Fuel Cycle Development, Korea Atomic Energy Research Institute

• Kim Eung-ho

  Advanced Fuel Cycle Development Korea Atomic Energy Research Institute

• EUN Hee-Chul

  Advanced Fuel Cycle Development, Korea Atomic Energy Research Institute

• EUN Hee-Chul

  Quantum Energy Chemical Engineering, University of Science and Technology

• YANG Hee-Chul

  Nuclear Fuel Cycle R&D Group, Korea Atomic Energy Research Institute

• CHO Yong-Jun

  Nuclear Fuel Cycle R&D Group, Korea Atomic Energy Research Institute

• KIM Eung-Ho

  Nuclear Fuel Cycle R&D Group, Korea Atomic Energy Research Institute

• KIM In-Tae

  Nuclear Fuel Cycle R&D Group, Korea Atomic Energy Research Institute

• Eun Hee-chul

  Korea Atomic Energy Res. Inst.

• Kim In-tae

  Advanced Fuel Cycle Dev. Korea Atomic Energy Res. Inst.

• Eun Hee-chul

  Advanced Fuel Cycle Development Korea Atomic Energy Research Institute

• Cho Yung-zun

  Advanced Fuel Cycle Development Korea Atomic Energy Research Institute

• Yang Hee-chul

  Advanced Fuel Cycle Development Korea Atomic Energy Research Institute

• Yang Hee-chul

  Korea Atomic Energy Res. Inst.

• Cho Yong-jun

  Nuclear Fuel Cycle R&d Group Korea Atomic Energy Research Institute

• Eun Hee-chul

  Quantum Energy Chemical Engineering University Of Science And Technology

• Yang Hee-chul

  Nuclear Fuel Cycle R&d Group Korea Atomic Energy Research Institute

• PARK Hwan-Seo

  Nuclear Fuel Cycle R&D Group, Korea Atomic Energy Research Institute

• Park Hwan-seo

  Nuclear Fuel Cycle R&d Group Korea Atomic Energy Research Institute

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著作論文

• Separation of Pure LiCl-KCl Eutectic Salt from a Mixture of LiCl-KCl Eutectic Salt and Rare-Earth Precipitates by Vacuum Distillation
• Characteristics of Oxidation Reaction of Rare-earth Chlorides for Precipitation in LiCl-KCl Molten Salt by Oxygen Sparging

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