Atomic hydrogen furnace with COP of 21

[Savvypro]

Lol, I thought that was pretty basic.

Meyer has patents also for converting gas not into heat but directly into electricity. His first patent was for magnetic gas. Anyway, different from what this thread is about.

I've had the Lyne book for quite a while...will have to glance at it.

Just in case the following is taken from my first post:

Atomic hydrogen furnace which was first proposed by William R. Lyne in his books: Pentagon Aliens and then covered in detail in his second book Occult Ether Physics (see page 81) - their available on scribd.com.

[Radiant_Science]

Like I said

yet the information presented here shows that
by combining the hydrolysis of water, in which atomic hydrogen is
produced directly, with the atomic hydrogen recombination process,
instead of the combustion process—and perhaps throwing the oxygen
away—that at least 10.5 times as much energy as the hydrolytic input

Atomic Hydrogen = 10.5 x input energy

An equally phenomenal "atomic helium" process (reported in Space
Aliens) is 4.6 times this output. It can be conducted the same way, and
produces the same kind of electrical energy and radiation-to-heat energy

Helium = 4.6 x input energy (I don't see how Helium could work...maybe stripping electrons and forcing them to link up???)

[Electrotek]

Concrete Insulation Test

I put the torch to my concrete samples, and both mixtures failed the insulation test. The sample on the left is one part plastic particles and three parts concrete, while the one on the right is one to one. In each case, the plastic boiled and smoked. And a red hot spot appeared on the back after a few seconds.

The plastic appears to have mixed with something from the concrete. I may grind this up and make a new batch, just to see what happens.





Direct links to photos:

Yfrog - 40790660.jpg
Yfrog - 56133203.jpg

[Savvypro]

Atomic Hydrogen = 10.5 x input energy



Helium = 4.6 x input energy (I don't see how Helium could work...maybe stripping electrons and forcing them to link up???)

Are those quotes from Lynes books if so what pages are they on?

On helium I'm starting to think that there is a lot more to it or it could be a red hearing.

The only thing that I can see picking up extra energy is the striped electrons, the nucleus will still be intact with protons and neutrons.

Also helium in it's normal state is a single atom on it's own. While the normal state for hydrogen is linked up to another hydrogen atom.

Helium is a lone wolf:

While hydrogen likes the company of it's own kind if you get my drift.

[Radiant_Science]

@Savvy
Yes those are quotes form occult ether physics...pg 98-99

And, to clarify, it's not that Hydrogen prefers it's own kind...it's just that Hydrogen satisfies the want to fill it's outer electron shell with what is nearest and just so happens to want the same thing...another Hydrogen.
After you make stable H2...it is very possible to manipulate the molecule to bind with many other things...so long as they have an extra electron(s).
My point is that it makes H2 because it's surrounded by MANY more hydrogen ions on the cathode...but anyway, not a big point to make I guess

[Savvypro]

@Savvy
Yes those are quotes form occult ether physics...pg 98-99

And, to clarify, it's not that Hydrogen prefers it's own kind...it's just that Hydrogen satisfies the want to fill it's outer electron shell with what is nearest and just so happens to want the same thing...another Hydrogen.
After you make stable H2...it is very possible to manipulate the molecule to bind with many other things...so long as they have an extra electron(s).
My point is that it makes H2 because it's surrounded by MANY more hydrogen ions on the cathode...but anyway, not a big point to make I guess

Thanks for the info, I'll take a look at the pages again.

On the hydrogen preferring it's own kind - just having a little fun at the expense of helium being a loner.

Yep your right that in the furnace, it would only be able to join up with other hydrogen atoms.

Anyway

[Radiant_Science]

My Atomic Hydrogen

I now know that this is "Atomic Hydrogen"...that is where the anomalous heat is coming from. Notice that the plasma is only on one electrode...then notice the emission spectrum.

YouTube - "Atomic Hydrogen" (4)

Look at the emission spectrum (color) of my video...then compare it to this Hydrogen plasma

[Radiant_Science]

Here is an Australian guy who has caught on too. He uses a plasma cutter power supply + high speed air and water....that's it.
The process is the same as Stan Meyer's plugs...except this guy has no amp restriction....as such the arc to ionize the water/air is a dead short condition.

YouTube - ozinjectortest2

Here is mode of operation (Atomic Hydrogen reaction)

[james west]

@all
can anyone please explain why in the J L Naudin test the reaction vessel had only 0.1L of hydrogen in the 1L camber. Was this to reduce the reaction temperature and prevent melt down? would it be a better more reactive enviroment if it was pressurised?

[Michael John Nunnerley]

@all
can anyone please explain why in the J L Naudin test the reaction vessel had only 0.1L of hydrogen in the 1L camber. Was this to reduce the reaction temperature and prevent melt down? would it be a better more reactive enviroment if it was pressurised?

I'm sure he had a vacuum to start with and only let in 0.1ltrs.

Mike

[james west]

@mike
yes that is as i understand it. but why?

[Jetijs]

probably to expell most of the oxygen out to prevent explosion. Hydrogen alone does not burn nor explode. But add a bit of oxygen and BOOM!

[james west]

ok thank you, oxygen = BOOM !
i don't think i am asking my question clearly enough. apply vacuum to chamber, introduce H2. but why only a small amount of H2. why still have a partial vacuum. why not have the chamber full of H2, or even pressurize the chamber with H2. as a comparison doesn't a sterling engine work better if pressurised?

[Jetijs]

It is easier and takes less energy to ionize gasses at low pressure than at high pressure. Also might be that atomic hydrogen takes a lot more space than mollecular hydrogen, like water takes a lot less volume than the same amount of h2o turned into steam. So he probabloy does that to prevent too high pressures in the reactor.

[Michael John Nunnerley]

It is easier and takes less energy to ionize gasses at low pressure than at high pressure. Also might be that atomic hydrogen takes a lot more space than mollecular hydrogen, like water takes a lot less volume than the same amount of h2o turned into steam. So he probabloy does that to prevent too high pressures in the reactor.

Correct

Mike