Faculty Research Profile
Hee Reyoung Kim
학력
· 1998: Ph. D. Seoul National University
· 1992: M. S. Seoul National University
· 1990: B. S. Seoul National University
주요 경력
2023~present:Promotion Committee of Nuclear R&D Project, Ministry of Science and ICT
2022~present: Director of Science, KRWS, Vice President, KARP, Planning Secretary, KNS
2021: Chair, Special Symposium, KARP & JHPS
2018~present: Technology Standard Committee, KISTEP
2017, 2019, 2023: Organizing Committee of ISORD
2017~2021: Head, Center for Core and Fundamental Nuclear D&D Research, MSICT
2015~present: Head, NPP D&D Fusion Technology Center, UNIST
2013~present: Working Group, MODARIA, IAEA
수상/학회/외부활동
· 2020: Commendation from Mayer, Ulsan Metropolitan City
· 2020: Grand Prize, 4th Industry Revolution and Nuclear Decommissioning, KHNP
· 2020: Best paper, 4th Nuclear Analytical Technology
· 2020: Best paper, KARP
· 2019, 2017: Best paper, KRS
· 2018, 2016, 2014, 2013: Best paper, KNS
· 2018~present: Member of ANS, KIEE
· 2017: Commendation from Minister, Ministry of Science, ICT and Future Planning
방사선안전및자기유체역학연구실
RAdiation and Magnetohydro Dynamics Advanced Lab
· 자기유체역학응용(Magnetohydrodynamics Application)
미래 차세대 소형원자로 (SMR) 및 핵융합로 액체금속 냉각재 전자기 펌프 (전자기 RCP), 희귀 동위원소 발견을 위한 가속기 빔의 리튬 표적용 전자기 펌프, 금속 주조 산업 전자기 펌프 시스템을 개발합니다.
The research is focused on the deveopmemt of magnetohydrodynamic (MHD) pump system for the liquid metal cooled SMR, nuclear fusion reactor, lithium target material for accelerator beam and metal foundary industry.
· 환경 방사선 안전 및 원전 해체(Environmental Radiation Safety and Nuclear Decommissioning)
원전밀집 최고 국가인 우리나라의 환경 방사선 분포 신속 감시 기술을 개발하고 원전 사고 환경에서의 선량평가, 안전한 원전 해체를 위한 실시간 방사선 분석 등 원자력시설 해체 현장, 부지 및 지하수 방사선 모니터링 기술을 개발합니다. 방사능 방재 주민 대피 방사선 모니터링 시스템, 원전 해체 시 발생하는 슬러지 방사성폐기물 처리, 폐수지 혼합폐기물 처리 및 방사성 탄소 재활용, 블록체인 기반의 방사성폐기물 관리 기술, 방사성폐기물 난분석 핵종 분석 기술 고도화 등에 대하여 연구합니다.
The research covers the establishment of the environmental radiation monitoring system around nuclear installations and radiation monitoring system for the public in emergency preparedness and response. The main interest is concerned with radiation monitoring and radioactivity analysis of the radioactive wastes from nuclear power plants. The D&D technology for the environmental restoration of the dismantled nuclear power plant site is developed.
· Magnetohydrodynamics Application)
The research is focused on the magnetohydrodynamic (MHD) analysis and experimental characterization for the electromagnetic liquid metal flow system in fast reactor. The MHD pump is developed to transport lead-bismuth coolant for micro nuclear reactor and lithium target material for accelerator beam.
· Environmental Radiation Safety and Nuclear Decommissioning
The research covers the establishment of the environmental radiation monitoring system around nuclear installations and radiation monitoring system for the public in emergency preparedness and response. The main interest is concerned with radiation monitoring and radioactivity analysis of the radioactive wastes from nuclear power plants. The D&D technology for the environmental restoration of the dismantled nuclear power plant site is developed.
연구분야
환경방사선안전, 원전 해체 방사선 모니터링 및 폐기물 방사능 평가, 방사성폐기물 처리, 초소형 원전 및 가속기빔용 전자펌프
MHD pump for Nuclear D&D, Radioactive waste treatment, Environmental Radiation safety, Micro nuclear reactor and accelerator beam
연구 희망분야
비접촉 전자기 금속 방사성폐기물 처리 / Non-contact MHD based metallic radioactive waste treatment
Non-contact MHD based metallic radioactive waste treatment
연구주제
· 원전 해체 부지 및 수중 현장 방사선 모니터링 기술 개발(In-situ radiation monitoring system for NPP D&D site)
· 원자력시설 주변 방사선량 평가(Radiological dose assessment of residents near the nuclear installations and radiation worker)
· 신속 환경방사선 분포 감시 기술개발(Development of the system for quick environmental radiation monitoring)
· 원전 해체 알파/베타/감마 이동형 모니터링 기술(Development of alpha/beta/gamma portable monitoring technology for nuclear D&D)
· 블록체인 기반 방사성폐기물 관리 IOT 기술 개발 (Development of block chain based radioactive waste management IOT platform)
· 원전해체 오염 탱크 처리 기술 개발(Development of treatment of the contaminated tanks from nuclear decommissioning)
· 방사성탄소 처리 설비 시스템 개발(Development of radiocarbon treatment system)
· 가속기 액체 리튬 이송 전자기 펌프 시스템 개발(Development of the liquid lithium transportation MHD pumping system in the accelerator)
· 전자기 플라즈마 신재생 발전 시스템 설계 해석(Design analysis of MHD plasma generation system for new renewable energy)
· 초소형원자로 금속 냉각재 이송 전자기 펌프 개발(Development of the liquid metal coolant MHD pump for micro-reactor)
· In-situ radiation monitoring system for NPP D&D site
· Radiological dose assessment of residents near the nuclear installations and radiation worker
· Development of the system for quick environmental radiation monitoring
· Development of alpha/beta/gamma portable monitoring technology for nuclear D&D
· Development of block chain based radioactive waste management IOT platform
· Development of treatment of the contaminated tanks from nuclear decommissioning
· Development of radiocarbon treatment system
· Development of the liquid lithium transportation MHD pumping system in the accelerator
· Design analysis of MHD plasma generation system for new renewable energy
· Development of the MHD pump for liquid metal reactor
국가연구개발사업 기술 분류체계
국가과학기술표준분류
EG. 원자력 > EG06. 핵연료주기·방사성폐기물 관리기술 > EG0606. 원자력시설 제염/해체 및 환경복원 기술
논문
· INTERNATIONAL JOURNAL OF ENERGY RESEARCH / Feasibility study of synthesizing graphene quantum dots from the spent resin in a nuclear power plant to reduce disposal cost / Yoon, Seungbin,; Choi, Woo Nyun; Kim ,Hee Reyoung / 2022-03
· INTERNATIONAL JOURNAL OF ENERGY RESEARCH / The variable analysis of an MHD generator with electrical output of 10 kW for application to bi-plant method electricity generation / Lee, Geun Hyeong; Kim, Hee Reyoung / 2020-08
· NUCLEAR INSTRUMENTS & METHODS IN PHYSICS RESEARCH SECTION A-ACCELERATORS SPECTROMETERS DETECTORS AND ASSOCIATED EQUIPMENT / Development of mobile scanning system for effective in-situ spatial prediction of radioactive contamination at decommissioning sites / Lee, Chanki; Park, Se-Won; Kim, Hee Reyoung / 2020-06
특허
· Monitoring system and analyzing method for gross beta and tritium, Jun Woo Bae / UkJae Lee / Hee Reyoung Kim / 2021
· Assembled magnetohydrodynamic pump for gen-IV small modular lead-bismuth cooled fast reactor, Jaesik Kwak / Hee Reyoung Kim / 2018
· Large Area Beta-ray Monitoring System Using Scintillating Fiber / UkJae Lee, Hee Reyoung Kim / 2018