Single circuits generate nuclear reactions

[Elisha]

@Abbarue

Excellent circuit drawing, but I don?t understand the resistor in the Gate of the MOSFET, is like a Shielding resistor?, because a 10 ohm resistor to ground is like ground, and 2 ohm resistor to ground is like ground.  Please explain what is this.

Also please send me the original file of circuit.

@k4zep
someone before say that a crystal like in the fish cage will stop the radiation from the carbon rod, this idea will also work for the EMF, just the carbon rod and the toroid coil need to be in the cage, the rest of the circuit will be out of the cage.

@UncleFester
Take your time, draw your circuit, document it, when you make a lot of test you can forget something that to make before.  Is not a hurry time, is the time to make all properly.

[k4zep]

I had problems with the 3 transistor pulse circuit, switch bounce caused multiple pulses.
So now I am using the following 555 based circuit, and it works quite well.

Circuit won't work as drawn.  Drive dividing resistors are drawn wrong.  You can't pull up the ground to drive the switch.You might want to post a corrected schematic.

Ben K4ZEP

[AbbaRue]

Sorry about that Elisha:  I was in a hurry and made an error.
Here is the proper circuit diagram.
Both the 10 ohm and the 2 ohm can be experimented with.  You could even use a 100 ohm and a 1 ohm.
The main concern is to keep the mosfet turned off by keeping the gate as close to grounded as possible.
Of course connecting it completely to ground will prevent the transistor pulse from turning it on. 
Perhaps Stefan can remove the other diagram to prevent confusion for anyone trying to build it.

[bluedemon]

http://esciencenews.com/articles/2008/06/08/surprising.graphene

"The familiar pencil-lead form of carbon, graphite, consists of layers of carbon atoms tightly bonded in the plane but only loosely bonded between planes; because the layers move easily over one another, graphite is a good lubricant. In fact these graphite layers are graphene, although they had never been observed in isolation before 2004"

"One interesting consequence of this unique band structure is that the electrons in graphene are "sort of free," Li says. Unlike electrons in other materials, the electrons in graphene move ballistically -- without collisions -- over great distances, even at room temperature. As a result, the ability of the electrons in graphene to conduct electrical current is 10 to 100 times greater than those in a normal semiconductor like silicon at room temperature. This makes graphene a very promising candidate for future electronic applications.

Says Li, "By applying a gate voltage to graphene which has been integrated in a gated device, one can continually control the carrier density by varying the voltage, and thus the conductivity." It's this phenomenon that gives rise to graphene's practical promise."

[twosox]

@BEP

quote : Now, if I can just find a carbon rod 5 inches long and 6 inches in diameter I could make use of an earlier project.


how does this grab you :-)

http://www.graphitestore.com/itemDetails.asp?item_id=3338&prd_id=26&cat_id=22&curPage=3

lol, expensive though.