I have done a lot of CRT degaussing and the degaussing coil must be moved NOT the item being degaussed.  In this way you can turn the DG coil 90 degrees to item being degaussed and pull it away quickly AND shut if off (which also collapses field in a beneficial way). 


AND that graph of inductance/reluctance sure looks a lot like the info from coil tuning from Tesla's nonograph chart and especially Don Smiths spin theories as stated in the Secrets of Telsa pdf recently linked here.

Why of all that has evidence shown about sparking (major white noise causing resonance in any/all domains) would we instead choose to excite the coils then use a waveform with NEGATIVE aspects.  Perhaps only to show how to use mains power to excite the cross X coil? (notice it is crossing each other at  90 degrees so that it does NOT cancel the oscillations)

We have so much so close it is inspiring to me and I feel you all are also excited.   Keep up your fine efforts.

edited for complete thoughts, LOL

LINK ....

http://www.bibliotecapleyades.net/tesla/esp_tesla_20.htm
http://www.bibliotecapleyades.net/esp_scalartech.htm#menu
http://www.bibliotecapleyades.net/ciencia/secret_projects/energy.htm
http://www.bibliotecapleyades.net/ciencia/antigravityworldgrid/ciencia_antigravityworldgrid09.htm

[24.11.2011 11:08:51] tiger2007: если ленту замкнуть сильно греется , а лампа не горит ."

Translation:
"If the tape (strips) are closed (connected) then it heats up a lot and the lamp does not shine"
I have no idea what the pronoun "it" refers to. e.g. the ferrite,  the strips...?

I guess Tiger is not for connecting the copper strips together on the Yoke device.
From another schematic I gathered that instead Tiger prefers to connect the strips with a spark gap in parallel. 
This way high voltage from the TV Flyback transformer builds up between the separated copper strips (acting as a capacitor) and above certain threshold the spark gap discharges that voltage, creating a pulse with a sharp falling edge of high slew rate (dV/dt).

The schematics of the Yoke device from the SAAAR team show the copper strips connected and a spark gap in series with them and a HV TV Flyback transformer.
In this arrangement,  the spark gap discharge  creates a pulse with a sharp rising edge of high slew rate (dV/dt).
Additionally the shorted strips constitute a 1turn Transverse Winding, through which electric current can flow during the discharge of the spark gap.
This current flow creates a transverse H-Field which would be absent if the copper strips were not connected.
They call this variation the "high power mode"

Alternatively the SAAAR team uses a capacitor in parallel with the connected coppers strips without a spark gap and the HV TV Flyback transformer input. Apparently stay mutual inductance from other windings induces current in the connected copper strips.  They call this variation the "low power mode"

Ehrlich, The way I read it,
Or am I not reading this correctly?

tiger2007, here's a quote;

  Cardboard tube outer diameter of 50mm, inner tube - 40mm between ferrite broken by  HV Flashback and Yoke.  foil on the outside, inside the foil.  Length of 140 mm.  winding on one side of the pump turns 50 row wire 2mm, it served 50 Hz pulses 12c. Coil pickup - the same wire coils 20 on the other half, her lamp 12c 10 Watt.  spark on foil internal to external useless when the light is sincere in full heat, power consumption drops by a quarter.  Good luck to all is simple.

(check I have improve Gogles tr)

It was taken from Russian forum - Tiger published some of his experiments and someone asked him about this tube with ferrite - Tiger answered - that it is/// I have added skype conversation to clear this matter finally

Meanwile someone has a rest Tiger is still in progress - welcome to his new video about Magical  Mistery Yoke from old USSR TV sets!
http://youtu.be/71q1DPsFemw

  Magnetization Oscillations and Waves.pdf

http://depositfiles.com/en/files/4781040

Wesley gave idea in airport about resonance support process control with help of magnetic dipole key on feedback and how I got solution. I managed to find practical solution for it after discussion with Tiger and we got to the point how it should look like in reality. The explanation of this process: Lets say we have constant electromagnetic field. We tune LC circuit for ferroresonance and match oscillation phase. As soon as spark gap fires, we need to interrupt it so it will support resonance and will not stop it. So it is feedback indicator for logical circuit what manages HV circuit. You can use this magnetic dipole switch in other circuits as well.
Hopefully it helps.