Electric field strengths and current densities induced inside the body due to exposure to Electronic Article Surveillance (EAS) system antennas compared to ICNIRP's exposure limits [0.03%]
人体暴露于电子商品监视(EAS)天线时体内产生的电场强度和电流密度与ICNIRP的曝露限制相比研究
Pia Schneeweiss,Rene Hirtl,Tobias Jhala et al.
Pia Schneeweiss et al.
Personal exposure to magnetic fields emitted by electronic article surveillance (EAS) systems was systematically assessed based on measurements of a representative sample of 19 different EAS devices. This sample included the two major EAS t...
Interim results of EC project RRADEW: Resilience to RADiological events in wartime [0.03%]
欧盟项目RRADEW阶段性成果：战时应对辐射事件的韧性研究
Pascal Crouail,Eymeric Lafranque,Thierry Schneider et al.
Pascal Crouail et al.
The context of armed conflict situations presents unique challenges that can compromise the safety and well-being of both affected populations and responders in radiological and nuclear emergencies. The focus of the EU project RRADEW "Resil...
Development and effectiveness evaluation of an AR educational tool for scattered radiation visualization in occupational radiation protection [0.03%]
一种用于职业辐射防护散射辐射可视化的AR教育工具的开发及有效性评估
Koki Noguchi,Toshioh Fujibuchi,Donghee Han
Koki Noguchi
Introduction: Occupational radiation exposure among medical staff remains a critical concern, underscoring the importance of effective radiation-protection education. This study aimed to develop and evaluate educational m...
CORRIGENDUM: Assessment of population exposure to terrestrial gamma radiation in South Korea (2025 J. Radiol. Prot. 43 031506) [0.03%]
更正：韩国地表γ辐射人口剂量评估(期刊论文编号: 2025 J. Radiol. Prot. 43 031506)
Jaewoo Park,Yong-Jae Kim,Byung-Uck Chang et al.
Jaewoo Park et al.
Safety reporting, analysis and learning in optimisation of radiological protection for medical imaging [0.03%]
医学影像放射防护的优化中的辐射安全报告、分析和学习经验
Colin John Martin
Colin John Martin
Radiological medical imaging services aim to provide a high standard of anatomical imaging to aid diagnosis and treatment of patients' diseases. The services depend on use of the latest techniques to perform the procedures requested reliabl...
Simon Bouffler,Francesca Antonelli,Christophe Badie et al.
Simon Bouffler et al.
European Radiation Protection Week (ERPW) is now an established feature in the calendar of events for those engaged in radiation protection research. The first such event was hosted at the Mathematical Institute of the University of Oxford,...
Sara Howard,Michael Mumma,Caleigh Samuels et al.
Sara Howard et al.
Background: The Rocky Flats (RF) Plant operated from 1951-1989 as part of the U.S. Department of Energy (DOE) nuclear complex. Its primary mission was weapons component fabrication, whereby workers were potentially expose...
An overview of background radiation level and spatial distribution of NORM in Bangladesh [0.03%]
孟加拉国环境辐射水平及NORM空间分布概述
Md Ashik Azad Khan Anik,Akm Saiful Islam Bhuian,Mahmoud Mahmoud et al.
Md Ashik Azad Khan Anik et al.
This study presents the first comprehensive spatial analysis of naturally occurring radioactive material (NORM) activity concentrations and absorbed dose rates across Bangladesh. Utilizing a database compiled from 56 published studies and 4...
A framework for limited use of high-dose areas following the Fukushima nuclear accident [0.03%]
福岛核事故后高剂量区有限使用的框架模型
Yoshika Saito,Naomi Ito,Toshiki Abe et al.
Yoshika Saito et al.
This study analysed Japan's implementation of a regulatory framework that enables limited, non-residential land use in areas where radiation levels remain too high for repopulation following a nuclear accident, focusing on a wind power proj...
Transcriptomic and proteomic assessment of radiation injury and dose-rate dependency in white blood cells [0.03%]
白细胞辐射损伤的转录组和蛋白质组分析及剂量率依赖性研究
Sanjeena Subedi,Saadia Khilji,Ngoc Q Vuong et al.
Sanjeena Subedi et al.
Ionizing radiation elicits complex cellular responses that are influenced by both total dose and delivery rate. Understanding how dose rate modulates molecular outcomes is important for accurate risk assessment. In this study, we apply an i...