Both ionizing and non-ionizing radiation dosimetry studies, medical imaging technologies, and image reconstruction algorithms require computational phantoms to assess health effects, to analyze efficiency and to test algorithms. The goal of this study is to overview existing models of a human body and to develop the anatomically realistic boundary representation phantom for VHF–UHF electromagnetic and coupled field studies. We use simulated magnetic resonance images as the source of the phantom geometry. One of the possible applications is illustrated by an example of coupled electric/thermal field distribution. Developed phantoms have a broad application in various branches of science and technology.

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