Re: [MEG_builders] Re: Mayer/Ball effect, inline capacitor, Caduceus
- Hi Steve,
Ref: cap in magnet gap...I did this experiment back in February, it is easy
I did earth the magnet and core and tie one end of the capacitor to earth
via the scope lead. The voltage was still there. I also applied a 100K
resistor, the output voltage fell appreciably, but again was still present.
Sorry I can't give any more details than this, an interesting effect which
at the time did not seem important.
Perhaps you could try a Hall effect sensor in the magnet gap with your
set-up, it may be a little while before I'm ready to resume testing.
Ref: Capacitive loading.... Certainly considered this, however the current
must surely decrease with the square of the distance from any earth plane.
This does not occur! The current is always the same. So for me it remains a
mystery. Regarding ionising air etc, The single secondary lead was nearly 1
metre long, this was so that I could move the load well away from the
faraday shielded MEG, The Oscilloscope voltage measurement was typically
250V @175KHz, at such voltages and distances I would not expect ionisation
of the air to occur.
----- Original Message -----
Sent: Friday, 28 September 2001 08:13
Subject: [MEG_builders] Re: Mayer/Ball effect, inline capacitor, Caduceus
> Hi Dave, I have two questions for you in regards to the cap in between
> the magnets, and the "hot" secondary lead.
> Could the cap in the magnet gap be simply exhibiting the Hall effect?
> Although your magnets have a low permiability, just slightly greater
> than that of air, which might provide a weak shunt path for the flux
> circulating in the core.
> I figure a hall sensor placed there would still pick up the
> fluctuations occuring in the core flux. Depending on how the leads
> are affixed internally to your poly cap, the effect could be occurring
> and capacitively coupling on edge of one plate, to the opposite
> potential on the opposite edge of the other plate maybe?
> And I read that message you referred to "concise Mayer/Ball effect"
> That to me sounds like capacitive loading from the surface area of
> whatever you are connecting the wire to. Kind of like the
> toroid/sphere often seen at the top of the classic Tesla coil?
> At high frequency, this can become a serious load. If the surface
> converges to a point then the energy density should ionize the air,
> (like a blue spark) and through the conductivity of the ionized air
> extend the surface area of the ambient capacitance further over the
> ionized region. I'm not sure but I think I read you were working in
> the 175k region? You might also consider that different capacitive
> loads might cause standing waves in your secondary or the lead out.
> Just thought they would be worth considering if you havent eliminated
> these as possibilities already.
> - Steve
> --- In MEG_builders@y..., "David Ball" <david@a...> wrote:
> > Another possibility of harnessing the AB effect (just something to
> ponder) is to wind Caduceus secondaries, connecting the coils so that
> the usual EMF bucks. Now in one direction the electron receives
> momentum, and in the other it losses momentum. If momentum translates
> to EMF then you have only the difference which is pure AB effect
> potential. - Free energy!
> > Thoughts?
> Thats an interesting idea to me because I've been experimenting with
> anti helical and helical combinations of coils across the path length,
> tho not on top of each other, although the effect im exploring is a
> bit different. Maybe we are working on the same thing with a
> different model :) wouldnt a Caduceus type coil cancel the angular
> vectors against each other to just equate to the normal direction of B
> ? Or am I on the wrong planet here? Maybe there is some sort of
> velocity factor involved in correcting for the spread.
> - Steve
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- Hi David,
----- Original Message -----
From: David Ball <david@...>
Sent: Monday, October 01, 2001 4:45 AM
Subject: Re: [MEG_builders] Re: Mayer/Ball effect, inline capacitor,
> Hi Steve,
> Ref: Capacitive loading.... Certainly considered this, however the current
> must surely decrease with the square of the distance from any earth plane.
No, not in the case of self capacitance. Self capacitance is independant of
distance from earth. Self capacitance is not the same as the mutual
capacitance that we all know and love. Put a body out in space, you can
place electric charge on that body (if you have a long enough wire!) but to
do so you must apply a voltage. Self capacitance is the ratio of that
charge to that voltage. Of course when you do that you also place an equal
and opposite charge on the self capacitance of our earth, but that
capacitance value is so large that the voltage change on earth is tiny,
unmeasurable, so we ignore it.