The downfalls of conventional electrolysis - and how to fix them

[niofox]

How many Hertz you building for?

ThanX
Chet
PS
I'm still preparing,making some copper plated steel wire [magnet wire], covered with an enamal
[one of Chris Hunter's reccomendations]

NO STONE LEFT UNTURNED!!

Well according to what I've read I at least need to be in the Khz range, and the lowest number I've seen is 250khz as stated by oswaldonfire in his early postings (if I recall correctly)

The Signal Generator I order goes up to 20MHz, so does my oscilloscope
I figured I'd play around in between these ranges first and see if I could get any kind of action in the electrolyte

So if I haven't completely mis-understood how a siggen works, I should have a dial I can turn slowly to increase frequency, taking notes on any reactions that occur in the solution

[Gwandau]

As most of you understand, the incorporation of EM fields into an electrolyte is nothing
revolutionary. Conventional science have implemented this in various experiments where other
results were demanded for.

The secret behind this success reported by Oswald does most likely not lie in the normal
range of EM induced electrolytes.

That I am almost definitely certain about.

Just a nice load of Gauss pulsed into a nice saturated soup of NAOH will probably not do it.

Oswald and his intriguing affiliates has come across a certain threshold point in an area
unknown to conventional science, and probably unknown to themselves for that matter.

The phenomenon may be related to acoustic cavitation or frequency resonances hitting nodes
in the Planck scale.

I myself believe this threshold point is reached through the means of tuning into the harmonics of
the very standing waves that matter is made up of, thus an atomic or nuclear level event,
maybe affecting the valence electron exchanges.

Probably even common electrolysis is a much greater mystery than explained by common science.

So please do not give up, just because of the fact that pulsing EM into NAOH as told by
Chris is giving you negative results.

I will myself go into an area of experiments incorporating interaction between two pulsed
EM fields, and test some of the information below, displayed on the net by an unknown author.

Quote from unknown author:

There are two primary frequencies that produce the best results. They are: 14372 Hz and 43430 Hz.

The former is about 50% more efficient, but it seems that just about any frequency between 9 KHz and 143762 KHz works quite well.

1) This is because the nature of the wave form ( a spike ) is rich in harmonics and one of them is bound to be close to one of the two primary frequencies.

Use of permanent magnets may also increase efficiency.

Note: Sub-harmonics of the two primary frequencies at which dissociation will occur:

43430 Hz                 143762 HZ


SUBHARMONIC          SUBHABMONIC
1st 21715    HZ         1st 71881    HZ

2nd 14476.67 HZ       2nd 47920.67 HZ

3rd 15517.5  HZ        3rd 35840.1  HZ

4th 8686     Hz         4th 28752.4  HZ

*1500 VOLTS IS THE MINIMUM REQUIRED FOR MOLECULAR RINGING TO BEGIN.

end of quote.


Good luck to all of you in this inspiring quest.

[niofox]

So does anyone have a great idea for getting 1500v out of my 12v battery?

[gsmsslsb]

Can you post a link to the original article on the 1500 volt electrolysis

[ramset]

Gwandau

I keep thinking of Chris Hunter"s claim!

"This is a lot less complicated than you think"

We shall see?

Chet