Medical work in Bac Ninh province while the hypothetical situation of a cross-border radiation accident

Introduction: The hypothetical situation of a cross-border radiation accident comes from a hypothetical accident at the Fanchenggang nuclear power plant, which could affect Bac Ninh province. Therefore, the Bac Ninh Provincial Department of Health must develop a medical response plan. In response to these challenges, this study assesses the absorbed dose during the hypothetical situation of a cross-border radiation accident and an appropriate medical response plan in Bac Ninh. Materials and methods: This study mentions the characteristics of reactor accident scenario. It used interpolation methods to evaluate the radiation dose in the event of a nuclear accident. In addition, the study presents the human resources infrastructure of the health sector to implement the response. Results: In the worst-case scenario, adults may be exposed to a maximum absorbed dose of about 1.4 mSv per day. If the projected dose exceeds the generic criteria of 100 mSv/year, the Bac Ninh Health Sector will take protective actions and provide medical response. Conclusion: In areas affected by nuclear power plants, it is mandatory to respond to radiation accidents

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Publication Details

Journal
Tạp chí Y Dược Huế
Published
2024-12-25
DOI
https://doi.org/10.34071/jmp.2024.6.9
Primary Topic
Advances in Oncology and Radiotherapy
Type
article
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article

Medical work in Bac Ninh province while the hypothetical situation of a cross-border radiation accident

Loat Bui Van, M. Thi, Quan Nguyen Tien, Thiem Le Ngoc
Tạp chí Y Dược Huế
Advances in Oncology and Radiotherapy
article

Medical work in Bac Ninh province while the hypothetical situation of a cross-border radiation accident

Loat Bui Van, M. Thi, Quan Nguyen Tien, Thiem Le Ngoc
article en

Abstract

Introduction: The hypothetical situation of a cross-border radiation accident comes from a hypothetical accident at the Fanchenggang nuclear power plant, which could affect Bac Ninh province. Therefore, the Bac Ninh Provincial Department of Health must develop a medical response plan. In response to these challenges, this study assesses the absorbed dose during the hypothetical situation of a cross-border radiation accident and an appropriate medical response plan in Bac Ninh. Materials and methods: This study mentions the characteristics of reactor accident scenario. It used interpolation methods to evaluate the radiation dose in the event of a nuclear accident. In addition, the study presents the human resources infrastructure of the health sector to implement the response. Results: In the worst-case scenario, adults may be exposed to a maximum absorbed dose of about 1.4 mSv per day. If the projected dose exceeds the generic criteria of 100 mSv/year, the Bac Ninh Health Sector will take protective actions and provide medical response. Conclusion: In areas affected by nuclear power plants, it is mandatory to respond to radiation accidents

Tạp chí Y Dược HuếVol. 14(6)
Bac Ha International University (VN), Institute for Nuclear Science and Technology (VN), VNU University of Science (VN)
Openalex Percentile: Top 56%
Advances in Oncology and Radiotherapy
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