The Master Of Magnetics "Steven Mark"

[bob.diroto]

An interesting article, generation of electromagnetic fields but not directly from current.

http://www.hbci.com/~wenonah/cfa/

From this beginning Hately and Kabbary report they were able to produce direct synthesis of the electromagnetic field using two large capacitor plates and two large cylinders of short length. The capacitor plates, called "D plates" for the term "D" in the Poynting theorem, were positioned parallel to one another to form a capacitor. The cylinders, called "E plates" were positioned one above and one below the D plates. When the cylinders were driven by a radio frequency power source, they produced high?frequency E?fields, thus the designation "E plates".

Crossing effect

To synthesize the electromagnetic wave, radio frequency power is fed through a power divider / phasing network to the D and E plates. The resulting electric and magnetic fields are cross?stressed in phase to synthesize the Poynting vector and produce radiated power within the small area surrounding the antenna. This effect is what gives the Crossed?Field Antenna (CFA) its name.

[Esa Maunu]

If there are nested cylindrical EM field created around SM device,this can be a way to collect / compress zero point energy.ZPE is a carrier medium for all EM fields,and if it`s density is changed rapidly around the collector coil,it can lead to coil induction to create electricity.

To get correct values by my Excel table ( bifilar coil sheet ) with this SM device ,we must also add the lenght of the wire to the table for wave number calculations around devices circumference.We must also know permittivity value for the wire that was used used.

You can download this table from my web-site,
Password for the table edit is PADI1234

http://www.kolumbus.fi/esa.maunu/

Esa

[bob.diroto]

In addition, the article also states this as a characteristic of the Barkhausen pulses:

Any Barkhausen effect transitions will induce weak pulses in the coil wound onto the core material, L1. These pulses are in the low microvolt range, and have a sharp spike profile.

SMALL KICKS, anyone?? It appears we have found the SOURCE of the SMALL KICKS, which when combined through the many COILS' INERACTIONS can generate LARGER KICKS. Interesting isn't it?


Right or wrong, this is cool stuff, and not to be disregarded, without some introspection, as it fits PERFECTLY WITH WHAT STEVEN HAS SAID THROUGHOUT THIS ENTIRE THREAD!!!!!!!!!!!!!!!!!!


No one even address the post below please!, lets stay on track..........

My reading of this is that the core magnetic material is selected so that very small changes in magnetic field translate to larger changes in voltage than would normally be expected, but it's still in the microvolt range. An oscilloscope set to the microvolt range will display thousands of spikes when connected across any passive coil due to lights being clicked on and off, light dimmers, lawn mowers, cars, lightening, etc. etc. If you're wanting microvolt spikes you've got thousands of them right now. Not to mention reradiation from the main wiring in the house. I've also noticed the electronic dimmers which use wave chopping dumps loads of crap onto the mains wiring. My latest coil even picks up some FM radio signal!

I know you really want to understand how the very first kick was generated, and if we understood this it would obviously help us to understand the device. But we do know that kicks are required. So at this stage using a battery to generate the first kick and create an avalanche of kicks would be fine by me.

I haven't been successful in generating 'collectable' kick energy, even with a car battery. I've gone back to finding out first principles on the three things we know about the wire: The wire is copper wire, iron wire/baling wire. And this research has been revealing - putting a post together now.

[gn0stik]

My latest coil even picks up some FM radio signal!

Very nice bob! Your coil is receiving energy. I would go back and read the amasci.com links on Bill Beaty's site.
If you can generate power from that, you just need to tune it to a different frequency!

snip snip

[bob.diroto]

As you know I haven't got past the stage of being to produce collectable kicks. So I went back to basics and reviewed the physical and electrical characteristic differences between copper and iron/baling wire. Of which relaxation time was one characteristic...

which lead to this:

"First, suppose the input potential is instantaneously applied across a conducting pair connected to a load, so that a difference of potential exists around the external circuit. The electrons cannot respond immediately, so for just a moment the potential flows freely down the circuit, without any electron current. Then the electrons start to move, overshoot a bit as they accelerate, then oscillate back and forth a bit.

Also, recall that electrons move longitudinal down the wire only with a drift velocity -- typically a few inches per hour. Most of the electron movement is laterally in the wire.

But for all this to get started after that instantaneous application of potential, the time delay occurs -- and a certain measure of that is known as "relaxation time".

Unfortunately, in a copper conductor it is so short a time that essentially one can make little or no use of the fact that the potential energy of the circuit can be freely changed without work (i.e., simply "regauged") while the electrons are not yet moving. So for normal copper conductors, one can forget it for any power applications.

On the other hand, something like an alloy of 1% Fe in the copper, as an alloy, has a relaxation time that can reach a millisecond. So that is plenty of time for the potential, moving through space outside the wire, to move an appreciable distance along the wire, changing much of the potential energy of the circuit "for free"...
http://www.cheniere.org/correspondence/030304.htm

That to me is the essence of the kick ?
I also looked up the relaxation time of iron, guess what, the relaxation time of iron is 6.5 times longer than copper.

This explains relaxation time:
http://local.eleceng.uct.ac.za/Courses/EEE355F/lecture_notes/Chapter_5.7_relaxation_time.pdf

Longer relaxation times go to metals with lower levels of conductivity which leads to this table here:
http://www.wisetool.com/designation/cond.htm

Note that lead, steel, iron and titanium all have much lower conductivity than copper.

In short the iron wire MUST be used for the kick generation coils as well as the collector coils.

Which leads to another question anyone got a source for insulated iron wire ?
OR
Are these coils wound with uninsulated iron wire but not closely spaced? I would imagine high voltage spark over would mean we would have to have insulated iron wire ?