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Overunity Machines Forum



Ibpointless2 Crystal Cells

Started by ibpointless2, November 02, 2011, 02:54:15 PM

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triffid


triffid

It is a well-known fact all matter at room temperature radiates electromagnetic waves. At room temperature these waves are called T-rays and reside in the Far Infrared spectrum. "T" is short for THz. One THz is 1,000,000,000,000 oscillations per second. Consider one square foot of material that is a good absorber of T-rays such as water. This one square foot of water radiates about 450 watts of electromagnetic waves. The water does not need to be very thick. Five mills should be thick enough. One mill is 1/1000 of an inch.[/size]
So how do we collect these T-rays. One problem is that a good collector / absorber of T-rays is also a good radiator. Essentially, the collector would also be radiating about 450 watts per square foot. So the collector would be losing the same amount of energy that it collects. Therefore, the T-rays need to be focused into a smaller area. Once the T-rays are focused into a smaller area then the collector will become hotter. This means the collector is absorbing more T-rays than it's radiating. As the collector increases in temperature it will also begin to radiate more energy. Eventually an equilibrium is reached where the collector radiates the same amount of energy that it receives.[/size]

triffid

So to get more power from our cells we make reflectors of heat to point in their direction.triffid.

triffid

 This one square foot of water radiates about 450 watts of electromagnetic waves. The water does not need to be very thick. Five mills should be thick enough. One mill is 1/1000 of an inch.think about this for a while.triffid

triffid

THz radiation is very easy to focus. Materials such as Picarin are commonly used as THz lenses.[/size]
http://www.mtinstruments.com/thzlenses/index.htm[/size]
THz radiation can also be reflected from materials such as metal.[/size]
So think we can use metal reflectors and point them at the earth since the earth itself generates a lot of heat.triffid[/size]

[/size]
And our cells are in the focusing area of the collectors.[/size]