This work focuses onto the evaluation of power absorption in a human body exposed to the near field of BTS antennas. A parallel implementation of the FDTD method has been used to accommodate antenna and body models in the same lattice. The antenna model has been obtained by direct inspection of an actual BTS antenna and has been validated both by field measurements and simulations. Two different body models have been used: the Visible Human, and one obtained without tissues segmentation. Results are compared with the ICNIRP guideline and with the European Standard concerning the put-into-market of commercial antennas
Evaluation of human absorption in the near field of a BTS antenna
Pontalti, Rolando;
2004-01-01
Abstract
This work focuses onto the evaluation of power absorption in a human body exposed to the near field of BTS antennas. A parallel implementation of the FDTD method has been used to accommodate antenna and body models in the same lattice. The antenna model has been obtained by direct inspection of an actual BTS antenna and has been validated both by field measurements and simulations. Two different body models have been used: the Visible Human, and one obtained without tissues segmentation. Results are compared with the ICNIRP guideline and with the European Standard concerning the put-into-market of commercial antennasFile in questo prodotto:
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