Single circuits generate nuclear reactions

[hartiberlin]

As Morray also used
excited radiation from his
Morray valves,which were also
some kind of radiation doped
alloy mix andGermanium,
he produced this way also PN-Layers to extract the
excited radiation from his uran doped Swedish stones.

So it might be possible also to excite the
beta decay maybe via RF bursts ?

Morray used a local radio station toexcite his
first LC circuit and then used his doped PN-Layer
valve to amplify it with the beta decay producing
the electrons into the LC circuit.
Then he used transformer inside the LC circuit to transform up
the amplified oscillation.
The Morray valve thus worked like a negative resistor, putting out the
amplification without needing any input power.

The circuit was just excited by the antenna mikroVolt RF signal
from thelocal radio station and then each LC-transformer stage
withadditional valves amplified the signal so big, that it produced
about 1 to 3 KWatts in his biggest devices.

If we can do the same over here with a Zamak-graphite
dissimular metal PN-Layer diode
it should be easy to scale up the output.

For a first try you can also use Zink instead of Zamak
alloy, but the Zamak alloy has one advantage.
You can make a very nice durable and hard black oxid
layer ontop of it, just by using the Zamak rod
inside an electrolysis bath.

This oxidized Zamak rod put directly into a hole in the
graphite will give a nice 0.7 to 1 Volts PN-Layer voltage
and if the Beta radiation hits it, it could produce a massive
current amount !

Hope this helps.

Regards, Stefan.

[Feynman]

@stefan, Koen

Thank you both for the ideas, as I do not have much knowledge in this area.  The first step might be to do replications, and then experiment with generation and collection of the beta rays.   I will also get photographs and schematics posted as soon as I can, but I think have described the basic setup enough to be replicated.  That is, you should be able to get the beta rays with under $40 in parts.

Again, we what appears to be COP>1, we have had runaway self-powering, Dr. R has calculated theoretical device max of COP=100 or higher,   BUT we don't have a good way of converting high energy beta ray to usable power to drive household devices or an inverter.  It would be nice to do this with easily obtainable materials.  Hopefully others can figure out a good way to go from beta rays to usable power.

[aleks]

So it might be possible also to excite the
beta decay maybe via RF bursts ?

I think external RF impulse hitting matter is the same thing as in-circuit voltage pulse/discharge. But I think in this case it is less than optimal, because it's hard to focus RF impulse. I think you may do Hutchinson kind of tricks with RF impulses.

[M@rcel]

Just to show my enthousiasm:

Take a car-engine with carbon sparkplug-cables. Then you have carbon pulsed with high voltage and even a spark gap. Wind some coils around them and bias (a part of) the cables with permanent magnets.
That simple?? If I wasn't sure about your integrity guys, I would laugh my a.. off.


Capturing electrons? Perhaps like in a crt with a positive high voltage? Perhaps the carbon should be inside the plates of a high voltage capacitor? The electric field would guide the electrons towards the positive plate.

Or perhaps by using electrically conducting magnets for the B-field. And then closing the circuit between the magnets free ends using the load.
I think...

[hartiberlin]

If you use a sparking discharge,
you automatically have the RF bursts currents that
also Morray used via his radio station excitation.


You could put several graphite-Zamak cells in series to rise
the output voltage.

Regards, Stefan.