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Warning devices and meters are necessary for personal safety in radio frequency (RF) and microwave electromagnetic fields. The relevant standards and guidelines dictate that the respective field strength must be displayed that would exist if no one were present in the field. Accordingly, we must first determine to what extent the presence of a human body influences the individual electric and magnetic field components. Extensive computer-based computations were performed to this end. With the results obtained, a field strength meter for personal safety applications was developed which exhibits significant advantages over previous solutions.

The Influence of the Human Body on Electric and Magnetic Field Components in the Immediate Vicinity of the Body