Electrinium

[resonanceman]

in my idea i would use a butane torch to heat up the two rods, because it will need a lot of current to melt the rods, with a torch and only a few current with high voltage would be enough

Drannon

Are you talkiing about  preheating  the  rods with a torch ?
I don't see any way to use a torch for the final heating  unless  we throw out  the  ceramic  bead.
Personally I think  the bead is what makes it  practical .


The big questing I have is  how pressure  will  affect  the process .
I drew the  bead  pretty  thick    It  should  be able to  handle  fairly high  pressures if  high pressures helps  the crystal forming process.     
The one thing I am sure that we would have to avoid .      If high  pressures are used  the  carbon  side  would need some kind of  seal .    I think the  semi molten  iron  would seal  the iron  side. (There would  always be  some  semi molten  iron between the  melted and unmelted  parts 
If  the  melted iron would   seep  along  the  carbon  rod it would short the whole thing out.

you are very good, that system will allow to make many experiences with many type of rods, and with only few hundreds of cristallized layer

all this theory is base on the statement from the electrinium that is an easy way to do an electrinium with steel, we have to imagine what means : very easy

then if two rods does not work we will have to try with a little piece of steel (iron-carbon), as a complete compound to cristallize while putting high voltage

then anyone will be able to replicate such an easy way if we got a working device

I agree that steal could be  tested ......maybe other  combination's  or metals too .   

Any idea  if  aluminium could  be matched  with another  metal ?   

gary

[nievesoliveras]

Hi!

I saw in how it's made, how a chain is made, and they used the idea you have of pressing the two parts to be joined together, but without any mold, just pressure and high voltage or current.

*******

In patents online there is a patent that has some recipes to make batteries, the ingredients may be useful by solidifying them somehow. They are not radioactive.

http://www.freepatentsonline.com/4390605.html

Jesus

[Drannom]

Hi!

Found it:  http://www.borderlands.de/energy.reid.php3
It is in german though.

Jesus

Hi Jesus

i am pretty sure that this device has been studied in the Crystal Hutchison Cell topic, i remember the name so i may be wrong, if so there is many posts on that there, and much pictures

I saw in how it's made, how a chain is made, and they used the idea you have of pressing the two parts to be joined together, but without any mold, just pressure and high voltage or current.

heuuu that is wonderfull, thank you, a good clue to confirm the resonanceman idea, the butane torch will not be required anymore hahahah


Hi resonanceman, i know my english is not good enough, i will try to make it clear, to grow any crystal you have to dissolve something into some kind of liquid, in the steel (no liquid) we have to make it red hot to get a free move of the iron atoms and the carbon atoms, it's look like as if they can turn (rotate) on themselves in any direction

from my point of view to cristallize steel we do not need a constant pressure, just a good pressure to melt and match them together, then the pressure must be release for the cooling time, the flow of current will make iron atoms and carbon atoms rotate in the right way, then the cooling let them stay in their position

the two atoms must come near together than in normal cooling process (high voltage), that is creating an overdensity compound among an universe in an equilibrium

so the atoms of iron and the atoms of carbon will get more dense than separatly

so it is not a normal crystallization !! the high voltage will push the 2 atoms much near than it is possible in a normal crystallization

if we let red hot steel cristallize without high voltage, it will crystallize as well, not in the same crystalline structure

[Drannom]

Hey Jesus !

thank you for the big pdf file, while seraching for the word '' pyramid '' in it i found the complete Flavio Thomas Tragower plan ! from 2005 ! before the dinsinformation had begin, so it is possible that this file has very specific details on the Thomas's pyramid !!

i hope Nitinnu to see that, shall i try to find the right page among the 1795 pages ! and take it out there to put it in the Thomas's topic, i will read it

i feel that is really good

[Drannom]

Hi resonanceman

what about alluminium ?

from electrinium.pdf

To produce Electrinium Compound two diverse elements must be united and become a compound
which will be of one body, carrying both the positive and the nega t ive forces. The atom that carries
the positive electrical force will be a small atom, of great density and weight. The atom that carries
the negative force would be a larger atom of sparse density and light weight. The only difference
between the positive and the nega t ive is in size, weight and their electrical charge, and the electrical
charge of these two atoms is equal to each other in force under the law of electrical balance and
their position as positive and negative is relative. If the two chosen atoms were Silver and Iron,
the Iron atom would be the negative. But if Iron was paired up with a much lighter element, then
the Iron would be the positive.


We have learned in the preceding chapters that Nature produces the
flow of electrical current by the expansion or contraction of the atoms and molecules. A mass of
atoms or molecules that are expanded above normal size becomes a mass of lesser force surrounded
by a mass of greater force. A mass of molecules when compressed to a smaller size becomes a
mass of greater force surrounded by a mass of lesser force. Electrinium Compound will become
a mass of greater force surrounded by a lesser force. We can do this by combining a small positive
atom with a large negative atom into a single molecule which will occupy less space than the two
atoms occupied separately. This puts a greater force within a smaller body than is commonly
found in the electrical circuit which is composed of single atoms.
Most of the compounds on Earth are of this nature but the only ones that could be considered
Electrinium Compound would be ones that have the physical properties of allowing them to be
incorporated within a very hard body of good conductivity and aligned in a series electrically. Fo r
instance, wa t e r, H20, is a compound molecule and there is eight times difference in size and weight
in the atoms from which it is produced, but there is no way it could be tightly encased within an
extremely hard body of good conductivity and still be aligned in a series electrically. There are ove r
one hundred elements of the Earth and in time many combinations will be formed and bodies found
for them, but at this time only a few can be considered. 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. The great violence of some chemical
r e a c t i o n s is really the electrical reaction caused by the vibrations in great discord.
All the elements and the process of manufacture to make an Electrinium Unit must be selected
at one time because each factor is so closely related to all others and must match perfectly to
obtain a working unit.
All of the elements must have a harmonious life vibration. The vibrations
of the positive and negative elements must, when compounded, yield a Compound that will be in
harmony with the life vibrations of the material selected for the body of the Unit. The expansion
contraction factors must be near enough to each other that in the finished Electrinium Unit the
Electrinium molecules are tightly encased. If, in the cooling process, the Electrinium Molecules
contract more than the unit body material leaving the Electrinium molecules loosely held, the
compound must be discarded. In a finished successful unit the Compound molecules will be held
within the Unit like in a straight-jacket. The Unit will be of an extreme hardness and of good to
excellent conductivity. A Unit of poor conductivity will heat and destroy itself.