手机SAR测量及其对人体的影响

N. A. Ahmad, Putri Fhazleen Shaharun
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引用次数: 0

摘要

电磁场是由射频波产生的。然而,手机天线发出的射频不足以引起耳朵或头部组织的明显发热。这项研究的重点是进一步研究人体组织吸收多少射频辐射的SAR测量。CST Microwave studio是一款高性能的三维电磁分析软件,用于该项目设计,分析和测量电磁(EM)组件和系统,并在仿真后执行SAR计算作为后处理步骤。结果表明,人体确实从射频辐射发射装置中吸收能量。人体吸收射频辐射后,对拿手机的部位进行加热是唯一公认的生物效应,但加热不足以显著提高体温。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
SAR Measurement from Mobile Phone and Its Effect to Human Body
Electromagnetic fields are created by radiofrequency waves. However, the RF emitted by a mobile phone's antenna is insufficient to cause significant heating of tissues in the ear or head. The focus of this research is to look further into SAR measurement of how much RF radiation is absorbed by tissues in the human body. A CST Microwave studio, a high-performance 3D EM analysis software, is used for this project to design, analyse, and measure electromagnetic (EM) components and systems, and perform SAR calculation as a post-processing step after the simulation. It is shown in the result that the human body does absorb energy from radiofrequency radiation emitting devices. Heating to the area of the body where a cell phone is held is the only consistently recognized biological effect of radiofrequency radiation absorption in humans, but heating is insufficient to measurably increase the body temperature.
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