Göök Alf, Sundén Erik Andersson, Andersson Peter, Jarl-Holm Stefan, Jansson Peter, Söderström Catharina
Swedish Defence Research Agency (FOI), Stockholm, Sweden.
Department of Physics and Astronomy, Division of Applied Nuclear Physics, Uppsala University, Uppsala, Sweden.
Data Brief. 2025 Jun 24;61:111832. doi: 10.1016/j.dib.2025.111832. eCollection 2025 Aug.
This data set contains raw timestamped list-mode data obtained using an array of HPGe detectors for the purpose of testing coincidence spectrometry in the context of measurement on air filter samples. Data from one air-sampling station managed by the Swedish Defense Research Agency (FOI) is made available. This air-sampling station is located in Umeå, Sweden (Latitude 63.85°N, Longitude 20.34°E, 46 m above sea level). In addition to the air filter sample, data from a blank filter as well as a filter that was spiked with a known activity of radionuclides is made available in this data set. The detector setup used to collect this data set is made up of five individual HPGe detectors, with one of them surrounded by an active BGO Compton suppression shield. The data set provides a testing ground for investigating the use of multi-fold coincidence spectrometry as a tool to lower the minimum detectable activity of anthropogenic radionuclides in air filter samples. Access to this data set allows researchers to explore and evaluate analysis methodologies for coincidence γ-ray spectrometry on real samples.
该数据集包含使用一组高纯锗(HPGe)探测器获取的带时间戳的原始列表模式数据,目的是在空气过滤器样品测量的背景下测试符合光谱法。提供了瑞典国防研究局(FOI)管理的一个空气采样站的数据。该空气采样站位于瑞典于默奥(北纬63.85°,东经20.34°,海拔46米)。除了空气过滤器样品外,该数据集中还提供了空白过滤器以及添加了已知放射性核素活度的过滤器的数据。用于收集此数据集的探测器装置由五个独立的HPGe探测器组成,其中一个被有源BGO康普顿抑制屏蔽包围。该数据集为研究使用多重符合光谱法作为降低空气过滤器样品中人为放射性核素最低可探测活度的工具提供了试验场。访问此数据集使研究人员能够探索和评估实际样品的符合γ射线光谱分析方法。