Numerical dosimetry of electromagnetic field induced in the human body by electrical devices at intermediate frequencies usually requires an accurate characterization of the radiating source. Normally, exposure is characterized in terms of the electric component of the field. However, at those frequencies it is much easier to measure the magnetic field. In this work we present new formulations for numerical dosimetry which uses the magnetic field as unique source term.
New formulations for numerical dosimetry of electromagnetic field at intermediate frequencies
Scorretti, Riccardo;
2019
Abstract
Numerical dosimetry of electromagnetic field induced in the human body by electrical devices at intermediate frequencies usually requires an accurate characterization of the radiating source. Normally, exposure is characterized in terms of the electric component of the field. However, at those frequencies it is much easier to measure the magnetic field. In this work we present new formulations for numerical dosimetry which uses the magnetic field as unique source term.File in questo prodotto:
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