![]() This opens the possibility to study this frequency range with more detail than before however, as the computational requirements increase with the maximum frequency of interest, the simulation of electrically large bodies remains challenging. However, a few works explore frequencies higher than 6 GHz ( 10)-( 11), a range that is being used in diverse products and applications.Ĭomputational tools to tackle electromagnetic problems are now more powerful thanks to code optimization and the availability of more processing power. Most of them address the frequency range from 1 up to 6 GHz, with some studies below the GHz range ( 12)-( 16). ( 1)-( 10), to simpler geometrical models in e.g. Exhaustive research has been made for different applications and with different objectives, from complex 3D human models in e.g. In recent years, with the advent of new technologies that work and communicate at higher frequencies, there is a need to understand more deeply the associated radiation effects on humans and living beings.
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