The biological effects of EMF exposure (depending of
reaction intensity) can be divided into several categories:
perception, adaptation, compensation, reparative
regeneration, pathology. Each step of reaction can be
characterized by its own threshold EM values of intensity
and development times. The magnitude of an effect grows not
only with the exposure intensity but also with the exposure
time. Progressing through stages of reactions to EMF
exposure of various intensities, it is possible to define a
range of outcomes...”2 Russia’s RFR exposure standard is 10
µW/cmstandard used in the U.S. compared to the 1,000 µW/cm2
Below are excerpts from Wolfgang Scherer’s report on the
cumulative exposure to RFR and the need for new exposure
standards: http://www.reach.net/~scherer/p/biofx.htm
“…To be useful exposure standards have to give a peak limit
and a dosage limit. The power we get from our utility is
measured in Kilo-Watt-Hour, a unit used to measure
accumulated power consumption over a time period. A unit for
accumulated exposure to radiofrequency radiation should be
established in the same manner, for example mWh/cm2. If we
use the exposure rates allowed by [Canadian] Safety Code 6
we get as an accumulated dose 1 mWh/cm2for one hour but 0.4
mWh/cm2 for a minute…science has yet to come up with a dose
that can be endured without damage, setting a radiation
level that can be considered safe for permanent exposure…
From the allowable occupational exposure it could be
calculated that by multiplying this number with 8 hours of a
work shift, an allowable dose of 8 mWh/cm2 per day could be
established. But this would then only be valid for an 8-hour
work shift with a 16-hour recovery period and would
establish an occupational exposure level only.
A further linear reduction to 0.3 mW/cm2 as a permanent
exposure rate causing the same dose over a 24-hour period is
merely a mathematical exercise and does not address
accumulation with no recovery period. More problematic if
that exposure is not occupational but involuntary.”
Our genetic, chemical, piezoelectric and resonant variation
all factor into how much energy is absorbed upon EMF/RF
exposure. The rate that we can release energy (heat) also
varies between individuals. These varying factors mean that
we do not absorb EMF/RF equally and we do not release the
energy equally. Our exposure guidelines need to take in
these factors as well as the cumulative effect from EMF/RFR
exposure.
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