Optimal modeling of real radio base station antennas for human exposure assessment using spherical-mode decomposition

@article{Adane2002OptimalMO,
  title={Optimal modeling of real radio base station antennas for human exposure assessment using spherical-mode decomposition},
  author={Yacine Adane and Azeddine Gati and Man-Fa Wong and C. Dale and Joe Wiart and V. Fouad Hanna},
  journal={IEEE Antennas and Wireless Propagation Letters},
  year={2002},
  volume={1},
  pages={215-218}
}
This article presents an innovative way to derive a radio station antenna model that can match very closely real antennas described by their measurements. The derived model can then be used for the assessment of human exposure to the electromagnetic field in the vicinity of the antennas, including the near field and the interactions with the environment. The technique is based on the principle of decomposing a whole antenna into subantennas enhanced by spherical-harmonic fields decomposition. A… CONTINUE READING
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