> Charles wrote:
> > all metal surfaces can pick-up e-m radiation and transmit it further. > > A TV antenna is not a big surface, so that would not be serious. > Shivani replies: I am surprised to hear this said. A TV antenna is specifically designed to pick up high frequencies using a small surface. The design, not the amount of surface, is the crucial thing with antennae. This is why they are shaped the way they are, and then we turn them at angles to receive the signal to the maximum. BTW, if while standing inside my house I take hold of our portable radio antenna, the reception is suddenly much better. We ourselves are great receiving antennae for radio signals. On the other hand, if I go across the room from the radio and stand in certain spots, the radio reception gets just horrid. These spots are not between me and the town the radio station broadcasts from, but in another direction altogether. Ideas? [Non-text portions of this message have been removed] |
I meant it otherwise.
TV antennas (not the dishes) are only constructed in order to receive, not to send. (And they receive only frequencies below 800 MHz.) Large metal surfaces can react like secundary antennas; like they are mirrors. It is common said that people may have trouble with telephone transmittors, although they do not work yet. But they receive RF signals, and sending them out. The amount of radiation is not much, but still enough for electrosensibles, to hinder them. In a lot of places, I detect from television sets and even flatpanel monitors, that they act as secundary antennes, and transmit signals of about 30 kHz, although no cable is plugged in and the mains is out. Satellite dishes can do have such an effect, but TV antennas not, becaus their reflecting surface is too small. This all can me measured. What we can not measure are the effects of longitudinal waves involved. We have found, that directly from the back of a satellite dish, electrosensible persons could be hindered, although nothing could be measured. Everything with liquid in it, like our body and plants, do *inhale* RF radiation. With my HF Digitmeter II and the Esmog Spion, I have a 15 mm antenna, which functions as a contact antenna. If I place it against my skin, or against my tongue, mone can hear FR radiation. If I stick the antenna in an ornage, or apple or tomato or bana, one hears RF radiation. I often demonstrate that effect by using a small glass of water. I tell the people that this quantity averages the amount of blodd in their head. Than I make contact with the antenna in the water. People can hear then how much RF radiation the blood in their head has to handle permanently. Also, when I hold the glass in several spots, people can hear where hotspots are. Yes, our body is one big antenna. According to our protocolls, body tension should be measured when the person lies on the bed and is NOT grounded. The meter is placed one side with a ground, and the other side has a handelectrode, which the person holds. Ideal is 30 mV, but most persons have between 300 and 800 mV. (With electrical blankets and waterbeds, it is much higher) Greetings, Charles Claessens member Verband Baubiologie www.milieuziektes.nl www.milieuziektes.be www.hetbitje.nl checked by Norton Antivirus ----- Original Message ----- From: <[hidden email]> To: <[hidden email]> Sent: Saturday, January 21, 2006 02:19 Subject: [eSens] re. shielding discussion >> Charles wrote: >> > all metal surfaces can pick-up e-m radiation and transmit it further. >> > A TV antenna is not a big surface, so that would not be serious. >> > Shivani replies: > I am surprised to hear this said. A TV antenna is specifically > designed to pick up high frequencies using a small surface. The design, > not the > amount of surface, is the crucial thing with antennae. This is why they > are > shaped the way they are, and then we turn them at angles to receive the > signal > to the maximum. > BTW, if while standing inside my house I take hold of our portable > radio > antenna, the reception is suddenly much better. We ourselves are great > receiving antennae for radio signals. > On the other hand, if I go across the room from the radio and stand in > certain spots, the radio reception gets just horrid. These spots are > not > between me and the town the radio station broadcasts from, but in another > direction altogether. Ideas? > > > > > [Non-text portions of this message have been removed] > > > > > Yahoo! Groups Links > > > > > > > > > |
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