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Woo Nyun Choi
Observed names:
Choi, Woo Nyun,
Woo Nyun CHOI
Observed institution:
Ulsan National Institute of Science and Technology
ORCID:
0000-0003-2420-7068
Observed ORCID:
0000-0003-2420-7068
OpenAlex ID:
A5090184405
Radiological assessment on spent resin treatment facility and transportation for radioactive waste disposal
2019
·
Woo Nyun Choi
, UkJae Lee
, et al.
·
Progress in Nuclear Energy
·
32
Fundamental approach to development of plastic scintillator system for in situ groundwater beta monitoring
2019
·
UkJae Lee
, Woo Nyun Choi
, et al.
·
Nuclear Engineering and Technology
·
14
PDF
Radiological analysis of transport and storage container for very low-level liquid radioactive waste
2021
·
Seung Hun Shin
, Woo Nyun Choi
, et al.
·
Nuclear Engineering and Technology
·
11
PDF
Radiological safety assessment of lead shielded spent resin treatment facility with the treatment capacity of 1 ton/day
2020
·
Jaehoon Byun
, Woo Nyun Choi
, et al.
·
Nuclear Engineering and Technology
·
8
PDF
Minimum detectable activity of plastic scintillator for in-situ beta measurement system in ground water
2019
·
Woo Nyun Choi
, UkJae Lee
, et al.
·
Nuclear Engineering and Technology
·
6
PDF
Analysis of the radioactivity in bio-shield of Kori NPP unit 1 via computational simulation
2024
·
Hyeonmin Lee
, Jaeho Lee
, et al.
·
Progress in Nuclear Energy
·
5
Radiological impact assessment for workers on treatment of radioactive spent resin from heavy water reactors
2019
·
UkJae Lee
, Woo Nyun Choi
, et al.
·
Journal of Radiological Protection
·
3
Safety analysis and evaluation of transport and storage container for very Low-Level liquid radioactive waste
2023
·
Woo Nyun Choi
, Seung Hun Shin
, et al.
·
Nuclear Engineering and Design
·
2
An Approach to the Localization of Technology for a Transport and Storage Container for Very Low-Level Radioactive Liquid Waste
2022
·
Seung Hun Shin
, Woo Nyun Choi
, et al.
·
Journal of the Nuclear Fuel Cycle and Waste Technology(JNFCWT)
·
2
Feasibility study of synthesizing graphene quantum dots from the spent resin in a nuclear power plant to reduce disposal cost
2022
·
Seungbin Yoon
, Woo Nyun Choi
, et al.
·
International Journal of Energy Research
·
2
Evaluation of radiological safety according to accident scenarios for commercialization of spent resin mixture treatment device
2022
·
Woo Nyun Choi
, Jaehoon Byun
, et al.
·
Nuclear Engineering and Technology
·
2
PDF
Evaluation of dose received by workers while repairing a failed spent resin mixture treatment device
2021
·
Woo Nyun Choi
, Jaehoon Byun
, et al.
·
Nuclear Engineering and Technology
·
2
PDF
In situ beta radiation monitoring system with enhanced efficiency for water samples from decommissioned nuclear environment
2019
·
UkJae Lee
, Woo Nyun Choi
, et al.
·
Review of Scientific Instruments
·
2
An approach to develop real-time in-situ underwater monitoring system based on integrated beta and gamma detection
2025
·
Woo Nyun Choi
, Min Ji Kim
, et al.
·
Nuclear Engineering and Technology
·
1
Dose evaluation of workers according to operating time and outflow rate in a spent resin treatment facility
2021
·
Jaehoon Byun
, Woo Nyun Choi
, et al.
·
Nuclear Engineering and Technology
·
1
PDF
Continuous beta monitoring technology for uncontrolled radiological release in underwater using integrated beta and gamma detection system
2024
·
Woo Nyun Choi
, Seungbin Yoon
, et al.
·
Nuclear Engineering and Technology
Development of Gross-Beta and Tritium Monitoring System in Decommissioning Site Groundwater
2021
·
Woo Nyun CHOI
, Hee Reyoung Kim
Radiation safety assessment according to the accident scenario for commercialization of the spent resin mixture treatment device
2020
·
Hee Reyoung Kim
, Woo Nyun Choi
, et al.
·
Scholarworks@UNIST (Ulsan National Institute of Science and Technology)
WITHDRAWN: Spent resin treatment technology for radiocarbon recycling by using microwave desorption system
2019
·
Woo Nyun Choi
, Hee Reyoung Kim
·
Nuclear Engineering and Technology
PDF
Design and Experimental Setup for In-situ Underwater Beta Monitoring System
2018
·
UkJae Lee
, Woo Nyun Choi
, et al.
·
Scholarworks@UNIST (Ulsan National Institute of Science and Technology)
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Works count:
38
Citation count:
93
H-index:
5
I10-index:
3
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