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Stan’s Legacy

komtek

64 posts · 46 more in threads this archive does not carry · writing between Jul 2008 and Feb 2013

An identity on IonizationX as it was harvested, not an account on this site. Nobody here has claimed it, and nothing connects it to a person by name.

Finaly getting results

#24 · date not recorded

Seems to me out of the hundreds perhaps thousands of experimenters of this early tube set-up had run into the tiny white bubbles and there are no posts anywhere suggesting processing or reprocessing to further this.

The tiny bubbles are contained in sticky water surface tensions that have properties. Minerals, chlorides, florides or whatever.
Also it appears that they are split but not split to freedom meaning they wan't to restabilize again.
Like they the tiny bubbles are in a stage between hydroxyl and water and maybe all they need is that little push of completion.

Just a tiny bit more to go, or they are in a state of too many electrons, mass stabilization process caught up in the inbetween.
At the point of split or crack the oxygen has realeased the h2 and the electrons are being pretty fussy trying to restabilize and maybe the tiny bubble stuff is a make up of various oxygen hydrogen stages. Which it is.
Has to be part of a natural process.

I would love to focus some energy on how to deal with those stages of process.
Maybe step 2 might be removal of electrons as suggested by Meyer.

Don't know until its tried.

 

Finaly getting results

#18 · date not recorded

Steve you say all the voltage above 2volts is making steam?
Then all the foam is totally relateable to steam?

If so I do not understand why the steam is in small bubble form.?
That foam is like an entrapment of a combination of process, steam, and hydroxyl.

Maybe I should try to get the pump connected and check but I think there's plenty of hydroxyl locked into those bubbles.
Will have to work on some connections to pump in and or out in the near future to learn about this foam stuff more.
Its a parasite and everyone using multiple tubes has ran into it, I'm sure.
(Maybe a good test would be to connect the tubes in series?).

Many things would not make sense if its all steam, why are people making hi-voltage alternators for tube sets.
Its not all steam! (Needs to be looked into some more).   

Finaly getting results

#13 · date not recorded

No chemicals!
Last test spring water but doesn't matter tap water is the same, plenty of foam.
Will try rain water but I'm expecting the same result.

Looking at all others tests its the same stuff nice white foam bubbles filling the cell water bath.

Most of these tests appear to be straight no chemical water, spring tap or rain.
Look at Kevin West same stuff. For several years of water-cell video's its the same stuff. Meyer video's, Ravi's, Lawtons all of them.
Plenty of white foam.
I'm interested in converting the foam but no added chemicals.
Maybe filtering and processing, maybe another voltage zone.
But no chemicals, or how would an anti foaming agent work?
Has to be a way to keep it simple don't you think?

The foam has the appearance that it is split but the waters surface tension won't let is all release.
Some gas comes out but not all.


 

Finaly getting results

#11 · date not recorded

Hi about the frequency of the alternator signal it puts out.
Ran a test with just a variac and full bridge on the rotor. This is 120hz solid no duty. If half bridge is used would be 60hz 50% duty and will try that soon.
Standard 36 well alternator but windings connected in series and a diode between winding 2-3 to see if this winding method worked that was posted by H2opower at another forum.
Well it worked pretty good and only 1 diode. Its more of an AC signal but has DC in it.
Frequency the scope saw was 345-350 hertz pretty solid.
Motor is 3450 rpm and the pulley ratio is near 1:1.

Wish I could vary motor speed, will try other pulley sizes soon.
Efficiency best with 1 tube set and lowers when other tube sets are connected. Thats one reason to see if motor speed would effect the efficiency rating.
Basing efficiency on current in phase with voltage signal.

Also would like to see what changes when more winding and smaller wire is used.
Its fun but there are so many variables to play with.

Right now trying to concentrate on the foam produced.
Waiting for others to post findings and maybe start talking about the foam and how to fully convert it.
Also why is there so much foam is it the water contaminents (type of water) holding it together?
Not ionized enough?
I'm sure you guys have seen plenty of foam right?

If the foam got converted there would be that much more fuel available for several methods of use.