Single circuits generate nuclear reactions

[Reiyuki]

Just spent the whole day reading over the thread, and I am impressed.  I plan to scrounge an experiment together ASAP.

Here's an idea, haven't seen it mentioned yet.
It was noted several times that a high B-field was necessary for the system to work.

Wouldn't it be possible to wind some thick-gauge wire around the carbon rod and use a capacitor discharge to provide the magnetic kick?  Not sure how much power you need to equal out the gauss rating of a neo magnet.   Just a thought.

Still pondering, what if you could skip the Neo's altogether, in favor of just having it completely LC-driven.  You could feasibly run the system as resonant AC.


Thoughts/comments?   (Loved the thread, figured I'd contribute what I could)

[miki02131]

@ AbbaRue ,
The explanation I gave you yesterday was not very good. I didn't have time to check then, but I did do some checking today. The equation was correct except for the 1 in from of watt/sec. It should have been Joules = 1/2 (C E^2) = watt/sec.

Unfortunately, you have still mistaken the energy Unit. Think of energy in terms of watt-hour, watt-sec, kilowatt-hour, kilowatt-sec for example as opposed to watt/sec.

Thanks,

Miki.

[lumen]

Under a strong "B Field" the carbon atoms align perpendicular to the impending electron flow. This allows spaces in the carbon for extra electrons to accumulate. As the current increases, the carbon produces a field perpendicular to the carbon rod and the "B Field". When the field in the carbon overtakes the "B Field" the carbon atoms again change direction closing the holes and forcing the accumulated electrons out in the opposite direction of the current flow. This causes the current to go even higher and forces out even more electrons causing the current to go higher continue to flush all the previously trapped electrons in an avalanche. The toroid simply captures the magnetic surge as a large field pulse like a simple single wind on the coil.

The reason it works is because the carbon under the "B Field" can easily be saturated with electrons, then when the field changes direction the carbon works like a battery forcing the stored electrons against the in rushing current. This is typical of all diamagnetic material but shows more in carbon because it is one of the stronger diamagnetic materials.

[xee]

@ miki02131,
Yep. You are correct. One Joule = one watt-sec not watt/sec. Maybe I will get it correct eventually. Thanks for the correction.

[twosox]

testing my circuit now, but getting nothing from the fet. is the attached circuit correct?
got a nice square wave going into the bd137 which is switching but the irf3205 is doing
nothing.

thanks guys.