MEG

[gyulasun]

Hi Norm,

Exactly such an "exotic" material is included in a recent patent: METHOD AND APPARATUS FOR COIL-LESS MAGNETOELECTRIC MAGNETIC FLUX SWITCHING FOR PERMANENT MAGNETS, patent # US7030724

Such material is called ME (magnetoelectric) material. ME effect has two interesting
properties: induces magnetization by applying electric field to it OR by applying a magnetic field to it a polarization manifests i.e. a voltage difference is created at the edges like in a Hall device.  When electric field is applied to it, there is a change in its permeability, too. How much is this change? See for yourself what was reported in 2000:
http://www.iop.org/EJ/abstract/0964-1726/9/3/317

I wish I could obtain such a ME material for test purposes     but they are not at all off-the-shelf components I am afraid.     They can be found in research labs I think.

Regards
Gyula

[GeratorZer]

To affected the botheration of meters not advised to plan at those freq, it should be accessible to run the achievement through a arch and stick a cap on the rectified side. Again analysis achievement in DC. If it's to be usefull for annihilation besides ablaze floresent bulbs, it should be accessible to catechumen from AC to DC. You should alone apart about 1.2v. If apart too much, again you may not be accepting as it apears.

________________
Refrigerator water filter

[exnihiloest]

...
Such material is called ME (magnetoelectric) material.
...
http://www.iop.org/EJ/abstract/0964-1726/9/3/317

I wish I could obtain such a ME material for test purposes     but they are not at all off-the-shelf components I am afraid.     They can be found in research labs I think.

The remaining question before attempting experiments is:
When the material is submitted to a magnetic field, how much energy is needed to produce the electric field that controls the magnetic permeability?

Probably it is more than the energy recoverable from the varying magnetic flux.

[gyulasun]

Hi,

I agree with your question and the answer for that can only be answered by those who have access to such materials.

Thinking on the plus/minus 200V DC change applied to the material and assuming the volume of such material sample in a lab is a few cubic mm, the input current may be small, this is what I would hope.

[PaulLowrance]

Hi,

Does anyone have experience using the MEG to charge batteries?

The reason for asking is due to all of the talk on the Joule Thief circuits and how the effect is due to the battery or ultracaps. It seems to me Bedini has been saying the same thing for ages. Remember J.L.Naudin replication of the MEG? Naudin suggested his specially treated large carbon film resistors was the key. These resistors were treated to long term high voltage spikes, to such a point where its resistance was far more non-linear.

Anyhow,  all of the MEG measurements I'm aware of tried to calculate the MEG output power produced on a resistive load, but I am interested in data where a battery is placed on the output. Therefore careful control experiments would have be executed to determine how much energy went into the battery.

Paul