Foundation for Research on Information Technologies in Society, 8004 Zurich, Switzerland.
Swiss Federal Institute of Technology (ETH) Zurich, 8092 Zurich, Switzerland.
Int J Environ Res Public Health. 2020 Jul 14;17(14):5045. doi: 10.3390/ijerph17145045.
An article published in the compares two types of specific absorption rate measurement systems-a fast system using a time-domain array and a traditional system using probe scanning. While the time-domain array system is analyzed in detail under idealized conditions, the probe-scanning system evaluation used a fixed set of scanning and evaluation parameters that are not fully compliant with the requirements of the published standards. This leads to a false comparison and the incorrect conclusion that time-domain array systems can be theoretically more accurate than probe-scanning systems. We have repeated the analysis applied in the paper using the same raw data but with state-of-the art scanning and evaluation parameters. The results confirm the high accuracy of probe-scanning systems for any field distribution. Due to the high precision, robustness, and reliability of probe-scanning systems, the results of these systems are often referred to as reference results.
一篇发表在 上的文章比较了两种特定吸收率测量系统——一种是使用时域阵列的快速系统,另一种是使用探头扫描的传统系统。虽然时域阵列系统在理想条件下进行了详细分析,但探头扫描系统的评估使用了一组不完全符合已发布标准要求的固定扫描和评估参数。这导致了错误的比较和错误的结论,即时域阵列系统在理论上可以比探头扫描系统更准确。我们使用相同的原始数据但采用最先进的扫描和评估参数重复了论文中应用的分析。结果证实了探头扫描系统对任何场分布都具有高精度。由于探头扫描系统的高精度、鲁棒性和可靠性,这些系统的结果通常被称为参考结果。