Ellen,
The smart meter's 900 MHz frequency is approximately 6.5" wide x 3.25" tall. These are the dimensions of an average human skull. A foggy day having an effect on RF? I haven't personally measured so I'm not qualified to answer this. I know satellite signals are blocked by storm clouds. I don't think that fog is dense enough to conduct a charge like a cloud would. I believe that space between the water molecule is important.
http://www.physicsclassroom.com/class/estatics/u8l4e.cfm
I use water as an absorber along side deflective materials on the exterior. The cases do hold a small charge but not enough to be a concern when kept at a distance.
Al
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From: ellen <
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To: "
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Sent: Sunday, August 18, 2013 11:39 AM
Subject: [eSens] Re: RF Absorbing Material
Thank you Al for your information. Now I have a few more questions: 1) When you say, "The smart meter uses the 900 MHz microwave frequency and is about the same size of a human skull. It is resonant at this frequency." - Do you mean that the wave itself (wavelength) is the same length as the width of a human skull? Also, 2) Would the RF absorbance of the atmosphere on a foggy day make a meaningful difference in the outdoors RF pollution? If so, would that mean that atmospheric fog becomes more electrically charged from all the RF pollution in populated areas? Thank you (and anyone else who responds) for any information. Also, there is an interesting article about the electrons in water in today's mercola.com health newsletter. Ellen
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