Crystal Cell Research

[plengo]

Sodium Borate (Borax) - Na2B4O7•10H2O                                    -> will clean the surface of the metal (no need - in my humble opinion)
Magnesium Sulfate (Epson Salt) - MgSO4•7H2O                            -> will give you the first week of power. It will become grayish in color and will become an isolation layer.
Potassium Aluminum Sulfate (Alum) - KAl(SO4)2•12H2O                -> Alum, good
Potassium Chloride (Ingredient in Salt Substitute) - KCl                  -> This is the piezo BUT will with nitrogen form a corrosive element.
Potassium Sodium Tartrate (Rochelle Salt) - KNaC4H4O6•4H2O      -> good.
Calcium Sulfate (Gypsum) - CaSO4•2H2O                                     -> good to hold water and unify the compound. Will also become very hard with time.
Calcium Carbonate (Calcite) - CaCO3                                            -> more of the calcium above. No need.
Sodium Hydroxide (Lye, Caustic Soda) - NaOH                              -> with time will become ammonia and "inflate" the cell to rupture level. It is only good in the beginning to "suck" the salts and eliminate their reactive properties BUT again, will kill the cell, specially if water is still present.




Off course my input is only a humble opinion of mine and in no way diminish your work.


Keep up.


Fausto.   

I'm happy to see continued research in this area!

4Tesla

[4Tesla]

Hi Fausto,

Thanks for adding your input on the materials.. that will help!

4Tesla

[drodenbe]

Fausto:

Just figured out how to get you the information.  I just do a printscrn and save it to the paint program and save it as a jpg.  Works great!  Will be a while before camera and Hollywood productions.  I need to know how you want the experiment set up.  I just put a 100 ohm resistor across the cell and all I get is so far a downward discharge curve has not leveled out yet.  My not may just head right into the gorund!  So to speak!  it seams to be slowing down at 1.060 volts don't have the spikes you are talking about.  Need to explain how you want to set this up. 

Also :  The sodium meta silicate is not like the sodium silicate.  It is not the same and doesn't react the same!!!!  I have use the sodium silicate and have had similar results with the cells as every one else.  I never saw the improvement until the sodium meta silicate.  You don't need to use the magnesium to get over one volt.  I just use the aluminum with a thick coating of aluminum oxide on plate.  This protects from corrosion.  Have had 10 cells running for over a month without any signs of corrosion.  The cells were at 1.25 volts when made and they are still at the same or a little higher or lower by about a couple thousands of a volt.  I also heat treat the copper to red hot then let cool. I don't remove the black coating.  I leave it there. But as we all know so well time will be the real test!!!

here is a video where I got the idea of the oxide coating on the aluminum.  https://www.youtube.com/watch?v=u7y8ek9aASQ

Marus Reid Crystal Cell Technology.  Look at all his videos but this one shows the diagram of the inside.

[profitis]

If you have a slow galvanic corrosion process going in any totaly sealed container one of two things will happen: either hydrogen gas will be slowly released and puncture the container,or oxygen gas will be consumed inside the container and puncture it.

[plengo]

If you have a slow galvanic corrosion process going in any totaly sealed container one of two things will happen: either hydrogen gas will be slowly released and puncture the container,or oxygen gas will be consumed inside the container and puncture it.

Absolutely CORRECT. This is ONE of the signs I know corrosion of out of the question.


Fausto.