Author Page for Namcheol Kim

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Effective Capture of Gaseous Se-79 During Spent Nuclear Fuel Recycling Using Calcium Oxide Pellets: Optimization, Performance, and Practical Implications

Downloads 45 (1,121,190)

Citation 5

Effective Capture of Gaseous Se-79 During Spent Nuclear Fuel Recycling Using Calcium Oxide Pellets: Optimization, Performance, and Practical Implications

Number of pages: 25 Posted: 05 Mar 2024

Seok-Min Hong, Chang Hwa Lee, Jae Hwan YANG and Namcheol Kim

Korea Atomic Energy Research Institute, Korea Atomic Energy Research Institute, Chungnam National University and Korea Atomic Energy Research Institute

Downloads 24 (1,445,011)

Abstract:

Effective Capture of Gaseous Se-79 During Spent Nuclear Fuel Recycling Using Calcium Oxide Pellets: Optimization, Performance, and Practical Implications

Number of pages: 25 Posted: 10 May 2024

Seok-Min Hong, Chang Hwa Lee, Jae Hwan YANG and Namcheol Kim

Korea Atomic Energy Research Institute, Korea Atomic Energy Research Institute, Chungnam National University and Korea Atomic Energy Research Institute

Downloads 21 (1,486,852)

Citation 5

Abstract:

Integrated Two-Stage Catalytic–Adsorptive System for Efficient Removal of O2, H2O, and Tritium from Molten Salt Reactor Off-Gas

Number of pages: 33 Posted: 14 Oct 2025

Seok-Min Hong, Hyung Jin Yoon, Namcheol Kim and Chang Hwa Lee

Korea Atomic Energy Research Institute, affiliation not provided to SSRN, Korea Atomic Energy Research Institute and Korea Atomic Energy Research Institute

Downloads 26 (1,372,601)

Namcheol Kim

Korea Atomic Energy Research Institute

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5

Scholarly Papers (2)

Effective Capture of Gaseous Se-79 During Spent Nuclear Fuel Recycling Using Calcium Oxide Pellets: Optimization, Performance, and Practical Implications

Effective Capture of Gaseous Se-79 During Spent Nuclear Fuel Recycling Using Calcium Oxide Pellets: Optimization, Performance, and Practical Implications

Abstract:

Effective Capture of Gaseous Se-79 During Spent Nuclear Fuel Recycling Using Calcium Oxide Pellets: Optimization, Performance, and Practical Implications

Abstract:

Integrated Two-Stage Catalytic–Adsorptive System for Efficient Removal of O2, H2O, and Tritium from Molten Salt Reactor Off-Gas

Abstract: