Electrinium

[resonanceman]

Hi!

There is a process done before you use stainless steel plates in an electrolyzer.  The person piles all the plates one over the other and then pass a quick shock of current through the plates.  This aligns the molecules inside the plates and the plates perform better.
The same thing I think do applies to the junction of the two metals.  When you join them by a chock of electricity the molecules become aligned with the direction of current automatically. I could be wrong though.

Jesus

Jesus

I am  pretty sure that more heat is needed.
As  I understand it   the metal molecules   have to actually  move into  the right alignment.
Then as  the  metal  cools ( with current flowing through it )   the molecules  get trapped in the configuration  set up by the  current .

One big  quick  jolt  of electricity  like in a spot welder does melt the metal a little. ......but I  don't think that  it heats it enough to allow enough movement of the molecules .
A spot welder  would only  heat the metal  enough  to get it into a plastic  state .   it doesn't have to be fully molten to bond together well . 
I think  that  we  have to actually  get the metal fully melted 


gary

[z.monkey]

Howdy Brodi,

Well, the two elements (iron and silver) represent a duality in nature, like man and woman.  They have opposite charges (sexes).  When they join together the duality is represented in one unit, one entity containing a positive and negative charge, or a male and a female polarity, a marriage of atomic elements.  One side of this marriage is aggressive (emitter) and the other side is receptive (collector).  This creates a polarized single unit which contains both positive and negative charges.

These molecular units form little microscopic batteries.  When we organize these little microscopic batteries into a tidy line they add their voltages up like stacking a bunch of regular batteries.  When we parallel a bunch of the tidy little lines of the little microscopic batteries they add their amperage up.  Together when connected in series parallel these little microscopic batteries can multiply their force so that when you make a big battery out of lots of the little microscopic batteries it is very powerful.  So powerful that a crystal only an inch long could be several thousand volts.

But, the most interesting part about this unique battery is that it has a rigid structure that makes it permanent.  This means that it doesn't wear out.  The electrolyte, or the catalyst, in a normal battery gets used up and makes the battery go dead  In an Electrinium battery there is no electrolyte inside the little microscopic batteries.  With nothing to wear down and be expended by the battery there is nothing to make it fail, ever...

Blessed Be...

[broli]

So the crystal serves as a frame work holding the charged elements in place? Is the following graphic the correct way to illustrate it then...



What I don't understand how the flow of electrical current is taking place then.

[z.monkey]

Howdy Broli,

I like your illustration.  It's not quite complete.  You need to complete the circuit.  There should be a resistive pathway between the emiter and the collector of the Electrinium battery.  The electrons will flow out of the emitter (negative) side of the battery, through the resistive load and back into the collector (positive) side of the battery.  Then your loop is complete.  Current can flow and accomplish work...

Blessed Be...

[nievesoliveras]

Hi!

Gary
I think you are right.

Jesus