Electrinium

[resonanceman]

Hi resonanceman

what about alluminium ?

from electrinium.pdf

Drannon

I read  your quote 2 times I didn't see anything  directly relating to aluminum.

One thing it brought  up that  indirectly  applies to aluminum  is  thermal  expansion .
Aluminum has a fairly high  expansion rate.   

If  it is desired to  use  2 metals  with very different  expansion factors it may be possible  to  use a "bundle " of  wires or  whiskers if the metal  with the higher melting  point.
The  greater the  difference in  expansion factor the smaller the  wires would have to be.

I remember reading about a lab that  grew whiskers from many kinds  of metals .   I am pretty sure that they would  be  in crystal form .   I didn't bookmark it because at the time I couldn't imagine  any  use for  metal whiskers


Does anyone know  if  both metals  have to be in crystal form?   It would be much easier if  the higher temp  metal didn't  have to be a crystal .



To me this  seems to be  important

One of the considerations will be the wavelength
or life vibration of the pair. If they are not in harmony the life of the produced molecule will
be of short nature, nothing can exist very long in discord.

Any idea about   how to  be sure that the different  metals are in harmany?


gary

[z.monkey]

Howdy Y'all,

Here is an idea.  Why not use thin sheets of material to form the Electrinium?  Alternate thin sheets (like foil) of iron and silver and then bond them together with a high current pulse, like a spot welder.  Make the electrodes on the spot welder the same shape as the stacks of iron and silver foil, then apply the high current pulse to activate and bond the materials together.  This way the metals themselves hold the form of the battery.  The opposite ends of the battery are the dissimilar metals, iron on the negative side and the silver on the plusitive side.  Then all you have to do is spot weld some electrodes on the ends to make wire connections...

Blessed Be...

[resonanceman]

Howdy Y'all,

Here is an idea.  Why not use thin sheets of material to form the Electrinium?  Alternate thin sheets (like foil) of iron and silver and then bond them together with a high current pulse, like a spot welder.  Make the electrodes on the spot welder the same shape as the stacks of iron and silver foil, then apply the high current pulse to activate and bond the materials together.  This way the metals themselves hold the form of the battery.  The opposite ends of the battery are the dissimilar metals, iron on the negative side and the silver on the plusitive side.  Then all you have to do is spot weld some electrodes on the ends to make wire connections...

Blessed Be...

Z Monkey

It might  be possible ...........but it  wouldn't  be  as easy as you described.

If  simply spot welding  dissimilar  metals  sometimes  made  electinium   I would think  that  it would have been noticed .    I would expect  something  like  the  spot weld corroding  at a different rate than  the base metals .


I would think that  a  HV / LV  thing  like  in  the water arc thread might work .
The  HV could  form  the weld  then  the LV would  delay  the cooling  long enough  for  enough   crystals to form . 
Something  I learned reading  about  nuclear  resonance imaging  is   that  each molecule  responds to  a magnetic field at its own  unique  speed. It seems to me that   the speed  of the  molecules realigning  themselves to the  voltage would have to be taken into account .


If  it could be made to work  a production line  of  small cells would relatively  be easy  to make .


gary

[z.monkey]

Howdy Resonanceman,

Like you and Drannom were discussing earlier this can be proven with a single junction.  The idea of using a high current pulse to make the bond then low current to allow crystals to form while slowing the cooling of the bond seems valid.  I think we need to keep Mr. Summera's document in mind.  It seems to be the gospel on this topic.  The crystal is formed with the silicon mixture.  This is why we were going to make a molten mixture, then start the crystallization process with a silicon seed.  The crystal is formed first and then the crystal is later reheated to align the Electrinium.  I don't think two dissimilar metals are going to form a crystal by themselves.  It seems to me that in order to form metal crystals it would require a high temperature annealing process.  Then again I am only an amateur metallurgist, and mainly work with soft metals like lead, tin, silver and copper.  I know a little about iron.  When iron is first refined it is called pig iron, very soft and ductile.  The more you heat it and process it the harder it gets, and ultimately you wind up with crystallized iron which is superhard and brittle but it takes a lot of heat to get to the crystallized point...

Blessed Be...

[nievesoliveras]

Hi!

It makes me happy that some of my findings has been of help to some people!

I stumble with an information of a battery already made that is under tests. It looks like this






The address is http://www.vakuumenergie.de/energy/english/crystagg/index.htm