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3-D modelling of electrical fields of underwater electrical equipment in the marine environment

机译:海洋环境中水下电气设备电场的3-D建模

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There is an increase in electromagnetic activity in the marine environment, both commercially and recreationally, with the potential to adversely influence the environment. Sharks, rays and skates are sensitive to ultra low frequency electromagnetic waves in the range of 0-20 Hz, detecting intensities as low as 1 /spl mu/Vm/sup -1/. In order to determine safe distances for these animals, electromagnetic waves are modelled to determine the strengths at various distances from the source. A finite elements method approach is used to solve an equation based on the electric field strength derived from Maxwell's equations.
机译:商业和娱乐方面的海洋环境中的电磁活动都有所增加,并有可能对环境产生不利影响。鲨鱼,射线和溜冰鞋对0-20 Hz范围内的超低频电磁波敏感,检测到的强度低至1 / spl mu / Vm / sup -1 /。为了确定这些动物的安全距离,对电磁波建模以确定距源各种距离的强度。基于从麦克斯韦方程式导出的电场强度,使用有限元方法求解方程式。

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