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FEM Based Modeling of the Current Distribution, Induced by Power Lines in the Human Head

机译:基于FEM的人头电源线感应的电流分布建模

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Technological developments have led to an increase in the electromagnetic field (EMF) radiations. Several reports and theories exist about the biological effects of EMFs. Decrease in melatonin level is possibly one such biological effect. Melatonin is released by pineal gland, located in midbrain. In this paper, the current distribution, induced by power lines in the human head was modeled using FEM. In MRI images, different layers of the head were separated by applying image processing techniques and the induced current distribution was computed in these layers. The modeling results show pineal gland is stimulated greatly in the presence of EMFs because of its specific anatomical location.
机译:技术的发展导致电磁场(EMF)辐射的增加。关于EMF的生物学效应,已有一些报道和理论。褪黑激素水平的降低可能是这种生物学效应之一。褪黑激素由位于中脑的松果体释放。在本文中,使用有限元法对人头上的电源线感应的电流分布进行了建模。在MRI图像中,通过应用图像处理技术将头部的不同层分开,并在这些层中计算出感应电流分布。建模结果显示,由于存在特定的解剖位置,在存在EMF的情况下,松果体受到了极大的刺激。

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