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Measurements of low frequency magnetic field in a range of vehicles with electric powertrain indicate that the highest field levels are found close to power cables routed near the feet of the occupants. However, the interpretation of these broadband, non-sinusoidal fields in terms of human exposure recommendations is not straightforward as additive effects must be taken into account. This requires...
The number of current applications in the THz-frequency range (0.1–10 THz), e.g. full-body scanners or WLAN communication technologies, is rapidly rising. Accordingly, the need for methods to determine the risk for the general public and for employees due to electromagnetic exposure from such sources is growing. The currently available literature provides only information about dielectric material...
Low frequency magnetic field distributions around twisted and un-twisted three-phase power cables of finite length have been calculated using analytical models, quasi-static Biot-Savart calculations, and 3D finite element simulations. For cable geometries that could be used in electric vehicles, the models suggest that the expected enhanced field decay rate due to cable twisting is not maintained...
This paper includes a brief review to the problem of human exposure to electromagnetic fields and the standards and regulations developed in order to protect people from the non-ionizing radiations caused by electromagnetic fields with special interest to the 2004/40/CEE, 2008/46/EC and 2012/11/EU Directives in working environments. The measurements and techniques used to comply with regulations are...
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