Single circuits generate nuclear reactions

[tishatang]

I will settle for a good beta heater.  I am still  wearing a sweater  here in Northern China

Tishatang

[twosox]

Hi Guys,

dug out some aluminium spacers from inbetween the platters in hard drives, they can be
stacked all they way down the rod, connected in series, parallel etc. used as the collector
part, might be able to pick up a bit more current you never know.
fried my setup lastnight so got time to make them look nice an multicoloured.

[MarkSnoswell]

I have performed some tests with graphite disk with machined Alumimum contact plates -- all 23mm dia. Clamping force was supplied by axial Neo magnets - 23mm OD, 6mm ID, 25mm long.
Pulse supply at 24V. Square wave (under 10ns rise and fall times) from 1KHz - 4 MHz.
Toroidal pickup coils tested were air core and steel tape core. I also tested with 2,000 turn solenoid coil.

To date I only see the expected DC pulses on the output from the toroidal coils - with no influence from B field bias.

Please note that the configuration is that of a current pulse transformer -- the output will be the expected multiple of the transformer ratio under low load conditions (I see a 60 ohm impedance for the output). I see the expected voltage gain with concomitant lower current -- I get sone 200V on the output for 24V input.

The output of such a configuration can be potentially sharpened if the toroidal core is put close to saturation with the big Neo magnets people are using -- in that case you can push your core into saturation and get Saturable Inductor (magnetic switch) action with will result in aparent pulse compression - coupled to a light capacitive load (such as scope probes) this will lead to further voltage "gain".

A final note: like everyone else I am hoping that there is something to this. If it involves emission of EVO's (see Ken Shoulders patent here http://www.google.com/patents?id=DdcbAAAAEBAJ&dq=5123039 and a collection of Ken?s papers here http://www.svn.net/krscfs/) then the energy of the emitted electrons will be 2 KeV -- if anyone has access to suitable spectrum analizer it would be good to see if their is a peak in the emission spectrum at 2 KeV.

[sparks]

@alecks

     We all catch it once in a while.  It is not a prerequisite of the heroes back in the labs sweating it out one step at a time "quiet as a mouse"

    A permanent magnet is manufactured by arrangement of the dielectric information of the mass (metals used in it's manufacture) by subjecting the metals as they cool to an external voltage scource.  This creates a very stable predictable fusion/fission reaction within the mass.   The magnets are very weak they say after the cooling because they are only guiding the background gauss at this point.  Well that doesn't sell magnets.  So they fillerup.    Hope this helps.

[aleks]

Hi Guys,

dug out some aluminium spacers from inbetween the platters in hard drives, they can be
stacked all they way down the rod, connected in series, parallel etc. used as the collector
part, might be able to pick up a bit more current you never know.
fried my setup lastnight so got time to make them look nice an multicoloured.

That's a good idea, similar to what I've offered previously, an additional dimension beside coil segmentation and layering.