Crystal Cell Research

[Allwest]

Hi Fausto and Allwest and All !
Very interesting results you are getting !
Great work !

Well,
when Walter Hofmann and me worked on the Zamak alloy- graphite-saltwatercells in
2005, we also had some kind of Zinkcloride crystal forming in the layer between the
Zamak alloy and the graphite.
This crystal also did grow and form some kind of PN layer
between the graphite and the Zamak.

This PN layer is then like a big diode which can rectify all different kind of wavelength
and might also rectify lower wavelength heat radiation or just the environmental heat
inside the cell...

Probably the same is true in your cell Fausto, so when the crystalls have formed on the Magnesium
metal it is mostly shielded from further fast destruction and the crystal layer between the copper
and Magnesium can form some kind of PN diode layer and extract electricity by rectifying heat or
RF waves.

in 2005 the problem with the Zamak metal was, that it was still slowly decomposing because
of the NaCl salt in the water and thus thus these Zinkchlorid crystals always did grew bigger until
all the Zamak rods were decomposed.
But they formed some nice clear transparent crystals.

Some old videos and some pictures you still can find here.

http://harti.com/walt/

Hope this helps.

Regards, Stefan.

Very interesting info, thanks for sharing

These allwest type of dry cells are very sensitive, once they are formed you can touch them and the volts and amps start going up, after you get these to form and become dry, you can add water and other and these cells climb BIG TIME

The earlier Allwest cells as you can see in my videos and Fausto easily reached 1 AMP, but destroyed the mag very quickly, the video fausto made shows the big Mag falling apart in chunks

I think the new refined cells create more power in the long run without destroying the mag

The funny part about this type of cell, even when shorted and dry for months it still puts out power

Best of luck

[TechStuf]

Consider again what is implied with the Graphene produced in a DVD lighscribe drive.  The ease with which these cheap materials are translated into high density energy storage is why so many are rushing into the arena.  Now, consider the very real possibilities of graphene and another nano structured material working in harmony to force couple the wheel work of the infinite....and one has a battery that never quits.

A good experiment in that direction would involve a layer of interleaved graphene and thin insulator so as to collect high tension positive charge.  Imagine how quickly it could take a charge simply by rubbing the insulator layer.  Imagine a cell phone for instance, charged by simply rubbing it a few times against one's clothing.  Or the super thin graphene capacitor continually topped off by wifi or cell signal energy transduction.



TS

[plengo]

In recent videos I have shown my latest progress with a very powerful LEDs set running brightly (I calculated to about 3 to 4 watts of power to run this LEDs).


I am using 14 cells in series (to be honest unecessary).


My latest findings has to do with what I call a "forming the cell". Which is a very simple but long process of forming to PN (or the like) layers over the Copper. The first is a (assumption) form of Copper Oxide of sorts while the second is a Copper Sulfate of sorts. Unlike everyone is thinking I don't think I am forming a layer over the Magnesium rod.


I am providing a mechanism to protect the Magnesium by utilizing two elements. First a compound named MnO2 (Manganese Di-Oxide) which absorbs hydrogen faster than can evaporate under normal conditions. Second making the whole mix more Base based or Hydroxide than Acid, more like very base.


Refreshing the cell with Epson salts solution seems the best formula so far. Not all cells end up working well. Some are simply exceptional in their behavior and output power than others of the exact same build and formula and build from same batch of elements.


I can easily see that the Magnesium has been reduced its corrosion to by at least a good 80% compared to previous tests I have done.


I can achieve up to 350ma at .4 volts one single cell (under a short). No load even at 2.60 volts one cell. Simply amazing, nothing like I have seen before.


The process of "forming the cell" is using electricity. I pump 2 amps at 62 volts over the cell to the point of boiling water temperatures. Extremely dangerous process since Magnesium can light up and catch in fire, which happened a few times already. Besides the fact that MnO2 is poisonous.


So, my careful advice is experiment only by your own judgement and not mine. I am claiming no liability to anyone on this experiment.


Cell is formed once is dry under the electrical death of the  cell. After refresh with Epson solution and she will climb pretty fast.


Temperature has demonstrated NO signs of effect over the cell. I put some cells under the torch and no voltage or current had variations.


This is indeed a very special cell.


Fausto.

[Allwest]

In recent videos I have shown my latest progress with a very powerful LEDs set running brightly (I calculated to about 3 to 4 watts of power to run this LEDs).


I am using 14 cells in series (to be honest unecessary).


My latest findings has to do with what I call a "forming the cell". Which is a very simple but long process of forming to PN (or the like) layers over the Copper. The first is a (assumption) form of Copper Oxide of sorts while the second is a Copper Sulfate of sorts. Unlike everyone is thinking I don't think I am forming a layer over the Magnesium rod.


I am providing a mechanism to protect the Magnesium by utilizing two elements. First a compound named MnO2 (Manganese Di-Oxide) which absorbs hydrogen faster than can evaporate under normal conditions. Second making the whole mix more Base based or Hydroxide than Acid, more like very base.


Refreshing the cell with Epson salts solution seems the best formula so far. Not all cells end up working well. Some are simply exceptional in their behavior and output power than others of the exact same build and formula and build from same batch of elements.


I can easily see that the Magnesium has been reduced its corrosion to by at least a good 80% compared to previous tests I have done.


I can achieve up to 350ma at .4 volts one single cell (under a short). No load even at 2.60 volts one cell. Simply amazing, nothing like I have seen before.


The process of "forming the cell" is using electricity. I pump 2 amps at 62 volts over the cell to the point of boiling water temperatures. Extremely dangerous process since Magnesium can light up and catch in fire, which happened a few times already. Besides the fact that MnO2 is poisonous.


So, my careful advice is experiment only by your own judgement and not mine. I am claiming no liability to anyone on this experiment.


Cell is formed once is dry under the electrical death of the  cell. After refresh with Epson solution and she will climb pretty fast.


Temperature has demonstrated NO signs of effect over the cell. I put some cells under the torch and no voltage or current had variations.


This is indeed a very special cell.


Fausto.

Hi Fausto,

Very nice work on the new cell, it looks like a winner

and good idea on using the MnO2, this should cut down on the corrosion of the mag

Best of luck

[Allwest]

Fausto,

I had to re-read

"I can achieve up to 350ma at .4 volts one single cell (under a short). No load even at 2.60 volts one cell. Simply amazing, nothing like I have seen before."

WOW! 2.60 volts

Best of luck