In response to Mark's request, I'd like to just bring in 
some general facts and personal observations concerning 
RF fields and biological effects. And also stick my head 
out with what I'm about to say. 

RF radiation falls into basically three different categories 
in relation to its effect on things. (This is Doug speaking) 
The lower frequencies and longer wavelengths effect gross 
structures of things dependent upon a variety of factors 
that include geometry, dimensions, dielectric properties... 
Higher frequencies begin to effect the molecular structure 
of systems, and still higher freqs begin to penetrate the 
molecules and atoms themselves.  

When discussing RF fields and biological effects, the 
important thing to remember is the difference between 
"ionizing" and "non-ionizing" EM waves.  Ionizing EM waves 
occur at extremely high freqs (up beyond the radar freqs).  
These can cause changes in molecules and can change gene 
structure. These freqs can cause changes in molecules and 
atoms more by their ability to penetrate these structures 
then effect the structure as a whole. 

Non-ionizing EM waves such as in microwave ovens don't 
cause molecular changes that have been observed at the 
very high freqs. For instance, the 2.45 GHz in domestic 
microwave ovens is capable of vibrating mainly dipole 
molecular structures such as water. The vibration of 
which causes heat and cooks (or burns as in my case) 
food. A large glass of water is a better target for 
absorption of RF energy than a drop of water. This 
is due to the size of the object and its associated 
rf absorption. These freqs effect the molecular or 
atomic structure is an entity more than its effects 
by penetration. 

What has never been resolved for me with the power line 
issues is whether or not the high voltage capable of 
ionizing surrounding mediums (i.e. air and such) is 
producing ionized material to which humans are exposed 
and have made various claims.  In other words, I haven't 
been convinced that its simply RF or simply high voltage.

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