Excitation of gasses: The Stan Meyer theory

[stevie1001]

Stan Meyer talked often that his system worked, because of his effort in bringing the atoms of his HHO gas into an unstable state. As far as i understand it, you need less unstable gas as when you need stable gas in the burning proces, because of the energy state of unstable gas.

I just read that exitation into higher energy levels can be achieved by adding heat.
Aangeslagen toestand - Wikipedia
Excited state - Wikipedia, the free encyclopedia

I know that the first link is in dutch, but go have a look on the pictures.
They look like Stans excitation pictures..........

When the atom receives enough energy, the electrons will cease to be bound and the atom becomes IONISED.......

Ionizion can be achieved by adding photons (light), high voltage and so it seems, also by use of heat.
That last option is new for me.
And made me think.
Which gas produces to highest temp on metal? Yes, HHO gas.
Who showed many times a flame as construction for making non combustable gasses? Yes, Stanley Meyer.
Who said that the USA where not happy Stan filing his patents AFTER they understood all patents together?

Did Stan Meyer just made HHO with electrolysis and then ionised the Hydrogen and oxygen gasses with help of heat?
To keep the gasses into that exited state he added ionised ambient air in the proces?
And to keep those gasses as long as possible into that excited state, didnt he uses a system to pull the released electrons away from the gasses?

Steve

[mikrovolt]

working with PVRT, a chamber has steam, a UVlaser runs 5 minets 385nm wavelength excites the H+ and coasts 19 minets. The gas goes to the resonance cavity and the HV / amp restricted condition pulls the molecules apart on demand. IR leds sense active state on a control loop. lastly the gas is mixed with exaust then further excited.(combustion cycle) The fracturing cycle begins again the Lwave laser pulses 5 minets ...

If you integrate this in design and circuits you will eventually gets H++ flowing freely.

[kcarring]

Stan Meyer talked often that his system worked, because of his effort in bringing the atoms of his HHO gas into an unstable state. As far as i understand it, you need less unstable gas as when you need stable gas in the burning proces, because of the energy state of unstable gas.

I just read that exitation into higher energy levels can be achieved by adding heat.
Aangeslagen toestand - Wikipedia
Excited state - Wikipedia, the free encyclopedia

I know that the first link is in dutch, but go have a look on the pictures.
They look like Stans excitation pictures..........

When the atom receives enough energy, the electrons will cease to be bound and the atom becomes IONISED.......

Ionizion can be achieved by adding photons (light), high voltage and so it seems, also by use of heat.
That last option is new for me.
And made me think.
Which gas produces to highest temp on metal? Yes, HHO gas.
Who showed many times a flame as construction for making non combustable gasses? Yes, Stanley Meyer.
Who said that the USA where not happy Stan filing his patents AFTER they understood all patents together?

Did Stan Meyer just made HHO with electrolysis and then ionised the Hydrogen and oxygen gasses with help of heat?
To keep the gasses into that exited state he added ionised ambient air in the proces?
And to keep those gasses as long as possible into that excited state, didnt he uses a system to pull the released electrons away from the gasses?

Steve

I believe that your description borders closer to what Fast Freddy is claiming to do. Heat and transduction. Like a hybrid Keely/Meyers device. Keely claimed to have made water essentially vaporize violently with a transducer. Problem is Freddy, the inventor is a bit of an ad-hoc wingnut of sorts. It's hard to follow what, if anything he is doing. As easily read in to be a scam, as it is to see it as valid science. unfortunate. Sterling Allen seems to think he's quite possibly for real though, just eccentric and very offbeat individual who takes no notes really, constantly changes variables but makes progress.

[Sputins]

UV Laser action on HH0 gas?

working with PVRT, a chamber has steam, a UVlaser runs 5 minets 385nm wavelength excites the H+ and coasts 19 minets.

So a UV laser 385nm in wavelength.. ..Excites the H+
Would not this UV laser also convert the O2 into O3 or Ozone? The you have H+ and O3 (Ozone) in the correct proportions trying to recombine into the water molicule.
I believe this is the important part of the whole concept, you have regular old HHO gas being evolved but the trick is in the destablisation prosess, to release more energy..
I guess a simple experiment using high power UV LEDS might give some sort of a result?? Anyone tried this recently?

anyway, enjoying this thread..