Meyer-Mace Isotopic NMR Generator

[T-1000]

Hi T-1000,  Thanks for the info.  What frequency were you using for ferrite resonance?  Was this part of the Kapanadze experiments? 

  Not too worried about radiation as I've got multiple quality radiation detectors that cover beta, gamma and other harmful sources.   This experiment is mostly on hold now anyway as too many other priorities.

We had reonance about 1,3 Mhz on copper plates and resonant harmonic  frequency about 300Khz on 50T coil while we were feeding magnetizing 50Hz frequency on 15T coil. The ferrite core was black color and most comon in exUSSR.
Most common ferrite cores you can find are gray color and their resonant frequency is much higher (up to 25-30 Mhz).

[ZeroFossilFuel]

With the TV yoke core I have wound, I get a primary resonance just under 3MHz. Still too high for my equipment. 

[verpies]

With the TV yoke core I have wound, I get a primary resonance just under 3MHz. Still too high for my equipment. 

Do you think it's the LC resonance or NMR resonance?
BTW: At how many turns and what value of the perpendicular B-field does this occur?

[Osiakosia]

We had reonance about 1,3 Mhz on copper plates and resonant harmonic  frequency about 300Khz on 50T coil while we were feeding magnetizing 50Hz frequency on 15T coil. The ferrite core was black color and most comon in exUSSR.
Most common ferrite cores you can find are gray color and their resonant frequency is much higher (up to 25-30 Mhz).

Hi T-1000 ,
Today I second time begin turn my yoke device .
Here I want to sent to you characteristics scope curves
of old russian ferrite .
In signal was square pulse , 9.404V amplitude , 44% duty cycle .
Scope was connected via antenuator  1-100 .
Interesting that highest amplitude was at 7mHz frequency . Output was
pure sine wave .
At 1.66mHz and 533 mHz there are some peaks but output signals were not
pure sine wave .
May be better is to tune yoke device to another frequencies that Aidas did before ?

Regards

[verpies]

Today I second time begin turn my yoke device .
Here I want to sent to you characteristics scope curves
of old russian ferrite .
In signal was square pulse , 9.404V amplitude , 44% duty cycle .
Scope was connected via antenuator  1-100 .
Interesting that highest amplitude was at 7mHz frequency . Output was pure sine wave .
At 1.66mHz and 533 mHz there are some peaks but output signals were not pure sine wave .
May be better is to tune yoke device to another frequencies that Aidas did before ?

Nice to see you here again.

To stimulate NMR, the 2 magnetic fields must be perpendicular to each other in space.
One of those perpendicular fields can be constant and the other must be pulsating... or if both perpendicular fields are pulsating, then they should be phase-shifted 90 degrees out of phase.
The phase shift can be produced by two generators ...or one generator feeding unequal inductances or capacitances.
The latter happens because in any inductor, the current is phase-shifted and lags behind the generator output (and if there is any capacitance then the current gets ahead of the generator). "ELI the ICE man."

I am not clear how you arranged the windings on your Yoke core this time.
Where did you feed your signals and where did you measure?

P.S.
It's possible to stimulate with an electric field too, but had not mentioned it because the Yoke device does not have any open capacitive plates for the application of electric fields, e.g. the copper plates are looped and closed.
BTW: Are you using a 1-turn copper braid or a 1-turn copper foil  ?