Spatial assessment of neonatal and occupational exposure to extremely low-frequency and radiofrequency electromagnetic fields in a hospital environment

This dataset contains raw dosimetric measurement data supporting the findings of the manuscript "Spatial assessment of neonatal and occupational exposure to extremely low-frequency and radiofrequency electromagnetic fields in a hospital environment". The dataset comprises electromagnetic field measurements collected at the Neonatal Department of Intensive Medicine, Comenius University and National Institute of Children's Diseases in Bratislava, Slovakia. Measurements were performed across three functional zones: neonatal intensive care units (NICUs, n = 6 spatial nodes), standard neonatal rooms (n = 12 nodes), and staff utility areas (n = 18 nodes). Measured parameters: Extremely low-frequency (LF) magnetic induction (20 Hz – 50 kHz, μT) LF electric field intensity (V/m) Radiofrequency (RF) power density (800 MHz – 2.5 GHz, μW/m²) Instrumentation: Narda SRM-3006 (RF), Narda EHP-50F (LF) Additionally, distance-attenuation profiles of LF magnetic fields were measured on 11 neonatal incubators (Braun, n = 6; Baxter, n = 5) at defined distances of 0 m (surface), 0.30 m, and 1.00 m. All measurements were performed under standard clinical operational conditions. Data were processed using Microsoft Excel 2025.本数据集包含支撑学术论文《医院环境中新生儿与职业人群极低频及射频电磁场暴露的空间评估》（Spatial assessment of neonatal and occupational exposure to extremely low-frequency and radiofrequency electromagnetic fields in a hospital environment）研究结论的原始剂量学测量数据。 本数据集的电磁场测量数据采集自斯洛伐克布拉迪斯拉发的科梅尼乌斯大学（Comenius University）重症医学新生儿科与国家儿童疾病研究所（National Institute of Children's Diseases）。本次测量覆盖三个功能区域：新生儿重症监护病房（Neonatal Intensive Care Units, NICUs，共6个空间测点）、标准新生儿病房（共12个测点）以及医护人员公用区域（共18个测点）。 测量参数如下： - 极低频（LF）磁感应强度（20 Hz ~ 50 kHz，单位：微特斯拉μT） - 极低频电场强度（单位：伏每米V/m） - 射频（RF）功率密度（800 MHz ~ 2.5 GHz，单位：微瓦每平方米μW/m²） 测量仪器：Narda SRM-3006（用于射频RF测量）、Narda EHP-50F（用于极低频LF测量） 此外，本数据集还包含针对11台新生儿暖箱（Braun品牌6台、Baxter品牌5台）的极低频磁场距离衰减剖面测量数据，测量时分别设定了0 m（设备表面）、0.30 m及1.00 m三个测点距离。 所有测量均在标准临床运营工况下完成，数据处理采用Microsoft Excel 2025软件。