Spatial-averaging is an RF radiation measurement technique
used to determine the amount of RF exposure at a particular
spot by averaging the electric and magnetic fields (squared)
over an area equivalent to the area normally occupied by a
standing human body. The FCC … expressed concerns about
situations where a localized (spatial peak) field intensity
exceeds the exposure limits near an antenna (which is
potentially accessible to workers or the public) despite the
fact that the spatially averaged measurement over the area
indicates compliance with exposure limits.
The concern is that localized hot spots could lead to
exposure in the body of a nearby person that exceeds the
partial-body limits while not exceeding the whole-body
limit.” (http://www.fcc.gov/Bureaus/Engineering_Technology/Documents/bulletins/oet65
)
At my former home, which was 300 feet from cell phone
antennas located on a two-story building with direct line of
sight, the RFR measurements were at the highest level at my
head height and the lowest level was at my feet.
Personally I am more concerned about the RFR going straight
to my head than I am over the average of the exposure to my
entire body and I find the use of spatial averaging to be a
duplicitous method of determining safe exposure levels to
RFR.
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