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近年来,人们对健康的呼声越来越高,而现代生活空间中充满了各种强度的电场、磁场。由于生物效应的复杂性,这些电磁辐射污染对人体健康的危害程度以及是否会引起生物效应在学术界还存在分歧。因此要比较准确的研究电磁辐射危害健康的机理以及指导采取医学防护的措施就需要大量的动物实验或者人体实验。基于这一需要,设计一个可以比较科学的模拟空间电磁环境的实验装置就非常有必要了。这样就可以定量和定性分析电场、磁场以及更复杂的混合场对生物体产生的影响。
In recent years, people’s voice of health is getting higher and higher, while the modern living space is full of electric fields and magnetic fields of various intensities. Due to the complexity of the biological effects, there is still some disagreement among scholars in the extent to which these electromagnetic radiation pollution is harmful to human health and whether it will cause biological effects. Therefore, a more accurate study of the mechanism of health hazards of electromagnetic radiation and the measures taken to guide medical protection will require a large number of animal experiments or human experiments. Based on this need, it is necessary to design an experimental device that can simulate the space electromagnetic environment more scientificly. This allows quantitative and qualitative analysis of the effects of electric and magnetic fields and more complex mixing fields on the organism.