who wants to earn 30,000 us dollars?

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man i used a small heat dissipator as test and a big chunk of copper bare wire.. . all inside a plexyglass with about 3 liter of solution...

it gave up to 1 amp or 2 dc  if i remember well so having many buckets can be connected in series and perhaps make a induction heating device to regenerate the aluminum... if we put aluminum oxide in molten aluminum will it convert or the temperature must be higher?

My computer quit on me a couple of weeks ago so I can't easily reply by effectively quoting my prior message which already answered your question.

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Tektrical....Whats the purpose of the plasma diode you talked about?

"It does the same thing as a fuel cell, at one percent of the cost"?  (Per watt).  Do you mean what is the purpose of a fuel cell?

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hey how is the tests coming steve?

Hey tektrical i didnt understood well this

Good luck with your hydrogen candle.  Try making a plasma diode, with a neo magnet for one electrode and a needle point for the other. 

what voltages its able to block?

and here

At one percent of the cost of a fuel cell, the plasma diode might be better than trying to run a car engine 24/7 for a few years.

why would be better ?

what did you mean my friend =)

news upcoming i´m doing a few movements here to get the generator up and running on injection system with the hydrogen from aluminum this would be the very first step than i´m planing to heat up the hydrogen since its pure should´t be a problem.. or maybe the oxygen .. .

the idea is heat is vibration and if the products of combustion are super heated vapors the higher the initial heat the molecules will have lot of internal energy and this makes the electrons far away..

well just one thought bouncing back and forth here

it seem i got a monthly donation from someone who saw my page on facebook  (helpmesavetheworld) it will help a lot to keep things on track.. perhaps its one more good reason i have to keep my mind and spirit on it!

i´m getting back to the music work and its also very motivating.. everything i learned is converging to a point...

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stan said the hydrogen while trying to link up withe the oxygen will fail because the oxygen would steal its electron entirely this would form at leat one charged species or two ... first the hydrogen because it missing an electron and so cannot link to anything and second the oxygen could be neutral or charged if it was initially charged of at least 2


so my ideas are if we get hydrogen over heated and oxygen ionized something has to happen different

i tell you one thing that brought me this thought

after i got this generator i started to think why all this guys (stan horvath and others dingel .... ) simply didnt hooked up the hydrogen generator to a fuel cell to get infinite electricity ? well

hydrogen burning in a open flame may or may not be different than burning in a high pressurized and high initial temperature combustion situation

to start with the engine accumulate a lot of cinnetic energy of the parts turning that is capable of adding pressure and therefore temperature to the system cyclically .. and loose only a part doing it since the forces involved are mainly non dissipative... this mean that it can be able to pump the hydrogen to the degree where it would literally produce a superheated gas that react with different molecules until it toss out an electron or something that will link it with oxygen (electron required)

so the basic idea would be a resonant combustion.. a combustion that dont consume the products for the first reactions...

thinking this way you can think if it would react 3 times or 10 times before neutralise we can gaing much more than 10 times the energy because it would continue to heat...

it the fracture cell by eccles he claim that heat is generated by the reformation of hydrogen molecule from hydrogen atoms and also oxygen... because he state that generate monoatomic gases and they get together to form molecules generating heat.

i think if this formation refomation and combustion keeps happening it would generate the juice...

another thing i have in mind is a italian reseacher that use to post things here and tell us that he was actually messing up with the nitrogen to get the detonation boost.. i guess he was onto something... name is tutanka here in the forum if you want to search the old posts if they still... he was also writing at the energetic forum if i remember well..

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With the plasma diode, the plate is immersed in a magnetic field, which can be provided externally with a nearby magnet.  This field causes positive particles to move towards the plate, preventing them from traveling to the point electrode(s) which are outside the field.  The hold off voltage depends on the field strength.  Electrons picked up by the non magnetised electrode travel through the external load circuit, to neutralize the positive charge on the plate.

With 168 hours in a week, that's 8,736 hours in a year.  I doubt that a car's motor will run non stop for as many as 40,000 hours without breaking down.  So the plasma diode looks like a better option for converting hho's energy into electricity.

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With the plasma diode, the plate is immersed in a magnetic field, which can be provided externally with a nearby magnet.  This field causes positive particles to move towards the plate, preventing them from traveling to the point electrode(s) which are outside the field.  The hold off voltage depends on the field strength.  Electrons picked up by the non magnetised electrode travel through the external load circuit, to neutralize the positive charge on the plate.

With 168 hours in a week, that's 8,736 hours in a year.  I doubt that a car's motor will run non stop for as many as 40,000 hours without breaking down.  So the plasma diode looks like a better option for converting hho's energy into electricity.

And the hydrogen gas priduced by the naoh and alu is passing the plate with mag field and the pointed electrode?
And after that the gas goes where?

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some test results:

Hi guys,

Little steps i made.
The can is stainless 316
The alu is simple alu foil.
Water with KOH. I dont have naoh here, yet.
It created the usual hydrogen but also electrical power, as you suggested.
It is amazing.
The maximum i got out of this 1 can/ cell was 0,1v with 0,8A (measured under load)
Voltage 0,85v without load.
That makes a wopping 0,08w of produced power.
I need 1000 of these cells to get 80watts......
Smaller alu electrode reduces and bigger raises the power....
Here some pics i took during these simple tests.
I also tried a copper rod, but that didnt bring anything good, in anyways i tried.

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With the plasma diode, the plate is immersed in a magnetic field, which can be provided externally with a nearby magnet.  This field causes positive particles to move towards the plate, preventing them from traveling to the point electrode(s) which are outside the field.  The hold off voltage depends on the field strength.  Electrons picked up by the non magnetised electrode travel through the external load circuit, to neutralize the positive charge on the plate.

With 168 hours in a week, that's 8,736 hours in a year.  I doubt that a car's motor will run non stop for as many as 40,000 hours without breaking down.  So the plasma diode looks like a better option for converting hho's energy into electricity.

And the hydrogen gas priduced by the naoh and alu is passing the plate with mag field and the pointed electrode?
And after that the gas goes where?

First you have to mix the h with air, then burn it.  The diode generates electricity by separating the charges in the flame.