Application of Human Whole-Body RF (Radiofrequency) Absorption Measurements to RFR (Radiofrequency Radiation) Safety Standards,
Abstract
Human whole-body RF absorption tests have been measured as a function of body orientation, wave impedance, separation from ground, and frequency (from 3 to 40 MHz). Results applicable to RF radiation protection are summarized. The worst-case practical exposure situation is taken to be the far-field whole-body exposure of a man wearing footwear and standing on a ground plane. Assuming that 0.4 W/kg is a safe whole-body specific absorption rate (SAR), the permitted exposure levels (FELs) set by the 1982 ANSI standard are well supported by our results. On the other hand, the PELs set by NATO STANAG 2345 are unsafe at most frequencies from 5 to 40 MHz. RF currents through the feet of grounded subjects were also measured. For the maximum exposures permitted by the ANSI standard, the RF currents cause a localized SAR in the ankle region of 16 W/kg.
Document Details
- Document Type
- Technical Report
- Publication Date
- Apr 01, 1985
- Accession Number
- ADP004966
Entities
People
- D. A. Hill
Organizations
- Defence Research and Development Canada