首页> 外文会议>Proceedings of 16th International Conference on Computer Communication vol.2 >3D-FDTD Computation of SAR Distribution in an Anatomical Model of Human Head Exposed to the EM Field Radiated by CRT Computer Monitors
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3D-FDTD Computation of SAR Distribution in an Anatomical Model of Human Head Exposed to the EM Field Radiated by CRT Computer Monitors

机译:CRT计算机显示器辐射到电磁场的人体头部解剖模型中SAR分布的3D-FDTD计算

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Computer monitor made by CRT used for information display is usually in closer proximity, therefore, it is important to consider the possible health hazards due to this type of exposure. As the most considered adverse effects of the electromagnetic (EM) fields are of thermal nature, which is directly associated with the specific absorption rate (SAR) distribution, in this paper, we have calculated the three dimensional SAR distribution by 3D-FDTD method. As the first step, we have calculated the incident electromagnetic field from electron beam in acceleration region analytically. Then a 3D-FDTD space of 100x100x100 was set up and the digital human head parameters were put into it. Finally, the scattered EM field can be calculated and SAR distribution figure can be gotten. From the results, it can be confirmed that the adverse effects associated with computer CRT is not as serious as cellular phone and the maximal SAR is only 1.6W/kg.
机译:由CRT制造的用于信息显示的计算机监视器通常距离很近,因此,重要的是要考虑由于这种类型的暴露而可能造成的健康危害。由于电磁场(EM)受到的最不利影响是热性质的,这直接与比吸收率(SAR)分布直接相关,因此,在本文中,我们通过3D-FDTD方法计算了三维SAR分布。第一步,我们分析了加速区域中电子束的入射电磁场。然后设置一个100x100x100的3D-FDTD空间,并将数字人头参数放入其中。最后,可以计算出散射电磁场,得到SAR分布图。从结果可以确认,与计算机CRT相关的不利影响不如手机严重,最大SAR仅为1.6W / kg。

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