Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[stivep]

I watched this new "save mankind" stivep video, and I am confused what is exactly Cadecus coil :

Is it classic Tesla pancake bifilar coil, or os it something else?

What exact coil is used with ferrite toroid experiment?

Guys after Tbilisi I have got extra careful... and extra suspicious that all


Look at the video at the end there is schematic of the coil and during the movie several times it was posted that one half of ferrite has two winds 50 and 15... at my  particular example it was 51 and 16

second one  should have bifilar 2x 150winds ( in my particular setup it was 81)

The number of winds is not critical..hmmm......good question..
Critical seems to be ferrite by itself...
Definitely has something to do with frequency of nuclear spin so to say ferromagnetic.

Arrangement's of the coil are two opposite magnetic fluxes one  from copper strip the other from  set of two coils... 16 and 51... NMR utilize set of coils in similar pattern..


Wesley 

[energia9]

Guys after Tbilisi I have got extra careful... and extra suspicious that all


Look at the video at the end there is schematic of the coil and during the movie several times it was posted that one half of ferrite has two winds 50 and 15... at my  particular example it was 51 and 16

second one  should have bifilar 2x 150winds ( in my particular setup it was 81)

The number of winds is not critical..hmmm......good question..
Critical seems to be ferrite by itself...
Definitely has something to do with frequency of nuclear spin so to say ferromagnetic.

Arrangement's of the coil are two opposite magnetic fluxes one  from copper strip the other from  set of two coils... 16 and 51... NMR utilize set of coils in similar pattern..


Wesley

i have same looking ferrite as of aidas,  i cut out coaxial cable and took out the alu film and stack it to the ferrit, im winding coils now:)  here is a shema for you guys who cant read Wesleys...

I have a completely different idea in my head than NMR now, i think this is not because of it, and only 1 thing separates me from thinking the same way,  and that is when you have to put distance between two highly and fastly magnetizable material....

[Tito L. Oracion]

I can't put more then two images with Firefox. The (more attachments) button does not work in Firefox.

Sir if you want please send me your images then i will  and i can put them all in one page 

That's one of my masterpiece remember 
like a piece of cake       
i'm actually still waiting for $3M pennis sir! lol
sir what is that big cigarrete doing there? lol
i think its a fireworks       
i'm pregnant remember !!! because of those pennis!!!        lol hahahahahha

[stivep]

I have a completely different idea in my head than NMR now, i think this is not because of it, and only 1 thing separates me from thinking the same way,  and that is when you have to put distance between two highly and fastly magnetizable material....

Please read  this:
http://magnetism.vfedtec.com/NaturalRelativity.htm
http://magnetism.vfedtec.com/Overunity.htm NMR effect
http://magnetism.vfedtec.com/FieldDensity.htm NMR effect.

The material that may support capacitive Reactance is here it may support one of your thesis.
https://mail.google.com/mail/?shva=1#sent/132c68acde7b0eab

Magnetic Fields
http://www.ux1.eiu.edu/~cfadd/1360/29MagFlds/HmwkSol.html

[AbbaRue]

About NMR
With all this talk about NMR of Iron and Copper, I think it should be known that an element's
NMR frequency is determined by the magnetic field it is in ( measured in Teslas (T) ). 
At 2.35 T Hydrogen's NMR = 100 MHz, Iron's NMR = 3.2377 MHz and Copper's NMR = 26.515 MHz
At 9.4  T  Hydrogen's NMR = 400 MHz, Iron's NMR = 12.9508 MHz and Copper's NMR = 106.06 MHz (4x higher)
The higher the Magnetic field the higher the NMR Frequency. 

The following NMR Calculator is set on 9.4 T.  (1H frequency 400MHz) by default.
http://www.nyu.edu/cgi-bin/cgiwrap/aj39/NMRmap.cgi

This periodic table uses 2.35 T for it's NMR Values. (It says frequency relative to 1H=100 MHz)
http://www.webelements.com/copper/nmr.html

So based on this knowledge, if someone says iron's NMR is xxx MHz then we need to use that to calculate
what strength of magnetic field the iron is in, to get that NMR Frequency.

Copper or Iron can be made to resonate at any frequency if we have the exact magnetic field strength for it.