From 2013 to 2018, in-situ measurements of radiofrequency (RF) electromagnetic fields (EMF) and extremely low-frequency (ELF) electric and magnetic fields in 317 existing and under-construction children's playground facilities, in 16 municipalities all over Greece, were carried out by the Greek Atomic Energy Commission (EEAE). These measurements were conducted following legislative framework established in 2009, which requires that compliance with the established exposure limits for EMFs should be verified in playground areas. The results are presented by the value of the electric field (E) and exposure ratio (Λ) for the RF EMF, as well as the value of the electric field (E) and magnetic flux density (B) for the ELF electric and magnetic fields. Statistical analysis tools were applied on measurement data and conclusions have been made, taking into consideration: (i) environment type (urban/suburban), and (ii) vicinity to any transmitting installations. Measurement results correspond to the typical EMF background levels for each environment type. Concerning the environment type, RF EMF, and ELF electric/magnetic field measurements reveal no differentiation between urban and suburban environments. Bioelectromagnetics. 2019;40:602-605. © 2019 Bioelectromagnetics Society.

中文翻译：

---

2013年至2018年希腊儿童游乐场场地的射频和极低频场水平评估。

从2013年到2018年，在希腊16个城市的317个现有和正在建设中的儿童游乐场设施中，对射频（RF）电磁场（EMF）和极低频（ELF）电场和磁场进行了现场测量由希腊原子能委员会（EEAE）进行。这些测量是根据2009年制定的立法框架进行的，该立法框架要求在运动场区域验证是否符合既定的EMF暴露极限。结果由RF EMF的电场值（E）和暴露比（Λ）以及ELF电磁场的电场值（E）和磁通密度（B）表示领域。将统计分析工具应用于测量数据并得出结论，考虑以下因素：（i）环境类型（城市/郊区），以及（ii）任何传输设备附近。测量结果对应于每种环境类型的典型EMF背景水平。关于环境类型，RF EMF和ELF电场/磁场测量显示出市区和郊区环境之间没有区别。生物电磁学。2019; 40：602-605。©2019生物电磁学会。