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Electromagnetic Radiations dBi li lI i dBi li lI i and
UNIVERSITÀ DI PISA Electromagnetic Radiations and Biological Interactions d Bi l i l I i “Laurea Magistrale” in Biomedical Engineering “Laurea Magistrale” in Biomedical First semester First semester (6 credits (6 credits), ), academic academic year 2011/12 Prof. Paolo Nepa Prof. Paolo Nepa [email protected] Course Introduction Course Introduction Edited by Dr. Dr. Anda Anda Guraliuc 1 EM sources 1 Electromagnetic spectrum 1. 2. Antennas for communication systems and radars: near field and far field regions, characteristic parameters for transmitting antennas (antenna datasheet), field probes 3. Industrial applications and home electronic equipments 4. Power line induction (50Hz or 60Hz) 5. EM in Biomedical: therapeutic and diagnostic applications 2 Lecture Content ¾ Math and Physics background Math and Physics background ¾ Maxwell’s equations ¾Electromagnetic fields: propagation g p p g ¾EM characterization of biological tissues ¾Electromagnetic fields: radiation ¾ SAR dosimetry ¾ Guidelines and regulations ¾ EM exposure systems 3
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