900兆赫频率下电磁辐射对人体体液的影响

R. H. Arjadi, P. Wibowo, Anita Silvanawati
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引用次数: 1

摘要

随着技术的发展,手机不仅被用作通信工具,而且还被用于其他活动。但是,本设备的电磁场辐射会造成间接的负面影响。以及破坏人体的工作系统,包括人体组织中热能的变化。利用900兆赫频率的替代流体进行了电磁辐射对人体体液影响的模拟研究。信号发生器用于模拟手机的发射率,发射功率超过手机发射功率的3.4倍或5.34 dB。研究中的测量和计算结果显示,对温度升高或体液颜色的变化没有显著影响。计算所得的最大发射率信号的SAR (Specific Absorption Rate)值为109.46 dBµV - 0.3 V/m,而体液的电导率和密度为7.46 kg/m3,仍低于阈值。FCC的辐射限值为1.6 W/kg, ICNIRP的辐射限值为2.0 W/kg。需要注意的是,所获得的测量结果是在仍然存在其他源(噪声)的波干扰的环境条件下以及相对较短的测量时间下的测量结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Effects of Electromagnetic Radiation on Human Body Fluids by Simulation Using Replacement Fluids at a Frequency of 900 Mhz
In line with technological developments, cell phones are not only used as a means of communication, but are also used for other activities. However, there is an indirect negative impact caused by the electromagnetic field radiation from this device. As well as disrupting the work system in the human body, including changes in heat energy in the tissues of the human body. Research on the effect of electromagnetic radiation on human body fluids has been carried out with simulations using replacement fluids at a frequency of 900 Mhz. Signal generators are used to simulate the emissivity of a cell phone with a transmit power of more than 3.4 times or 5.34 dB of the power emitted by a cell phone. The results of measurements and calculations in the study showed no significant effect on temperature increases or changes in body fluid color. The result of the calculation of the SAR (Specific Absorption Rate) value of the maximum emissivity signal produced is 109.46 dBµV - 0.3 V/m, for the conductivity and density of body fluids is 7.46 kg/m3, and shows that it is still below the threshold. the radiation limit permitted by the FCC is 1.6 W/kg, and ICNIRP 2.0 W/kg. It should be noted that the measurement results obtained are the results of measurements including environmental conditions where there is still wave interference from other sources (noise), as well as a relatively short measurement time.
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