Author Topic: Stan Meyer gasgun mixed frequency led references  (Read 17181 times)

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Re: Stan Meyer gasgun mixed frequency led references
« Reply #16 on: June 23, 2023, 18:28:43 pm »
In which video did you hear that?

At about 1:05:28 but I relistened to it.... and he does mention hitting the hydrogen as well.

http://www.globalkast.com/vids/Stanley_Meyer_-_1989_-_House_Meeting_in_New_Zealand_720p.mp4


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Re: Stan Meyer gasgun mixed frequency led references
« Reply #17 on: June 23, 2023, 20:50:36 pm »
Have you ever thought about shooting the hydrogen thru a very hot arc?

I think that’s the condition to meet

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Re: Stan Meyer gasgun mixed frequency led references
« Reply #18 on: June 25, 2023, 21:01:06 pm »
i once, put hydrogen thru an arc......in a glas pipe....

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Re: Stan Meyer gasgun mixed frequency led references
« Reply #19 on: June 26, 2023, 08:31:23 am »
i once, put hydrogen thru an arc......in a glas pipe....

How it came up? I think you see what I’m thinking about?

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Re: Stan Meyer gasgun mixed frequency led references
« Reply #20 on: June 26, 2023, 09:22:53 am »
i once, put hydrogen thru an arc......in a glas pipe....

How it came up? I think you see what I’m thinking about?
I didnt see any changes towards the h2......

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Re: Stan Meyer gasgun mixed frequency led references
« Reply #21 on: July 06, 2023, 13:30:58 pm »
You have to remember that Stan was limited by the tech of his day...red LEDs was the best he could do (I remember them being so expensive in the 90s too). Every element's peak absorbtion spectrum can be determined by it's emission spectrum. Just Google Hydrogen emission spectrum (arc discharge through rarified hydrogen, light passed through prism). Red is the weakest visible freq....we can do much better, I just bought 40, 410nm high power LEDs, and they arrived yesterday. About to mill the optical windows from a 3mm thick 316L outter tube now. I'll get 18 of the 500ma diodes packed in there ☀️

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Re: Stan Meyer gasgun mixed frequency led references
« Reply #22 on: July 06, 2023, 14:57:25 pm »
Forgot to mention, I remember Stan saying the light weakens one element and energizes the other....so, either he was targeting the hydrogen, or it is possible that he was targeting the oxygen to make ozone, and letting the ozone prevent the "recombination to water"....but for atomic hydrogen to manifest, it needs to be excited to a high orbital, then absorb an extra electron to have a full valence shell (first V-shell is 2 electrons) and not need to share an orbital electrons with another hydrogen.

But, that's not what releases the heat, as the molecular hydrogen expands immensely as it dissasociates, it would cool. Per Langmuir, the atomic hydrogen must collide with an electron acceptor (metal) and then it compresses back down with a neighboring hydrogen to molecular hydrogen, and that's where the heat comes from (molecular compression), as the molecular hydrogen then acts as a shielding gas by igniting from the heat with atmospheric oxygen. So to me, the ozone steals the atomic hydrogen extra electron and triggers recombination before it hits the engine wall.

The Gas processor must be working on the hydrogen, because......
We know the gas processor could be used to make magnetic gasses (Stan's laser powered DC generator was real, I met one of Stan's investors, and the first thing he asked me is if I knew about his magnetic gas)....O2 and Ozone is  paramagnetic (weakly magnetic)....so that's not it, molecular hydrogen is also paramagnetic, but ionized hydrogen is incredibly magnetic.....his patents show a T-fitting with two cylindrical neodymium magnets with the field orthagonal through the hollow center. The magnets were placed facing the same direction, so at the fork of the T, the gas saw North on one side, and South on the other....a magnetized gas would go strongly one direction of attraction, then eject out the other side via repulsion, presumably the O2 or O3 would weakly go the other....

I believe the original operation of the buggy worked highly dependant on the gas processor making the H1....I believe the refined version only had to push hydrogen up to a higher orbit in the water vapor (possibly making molecular hydrogen/oxygen via energy shell increase and electron extraction circuit), possibly just pushing the hydrogen bond angle far apart), and make alot of ozone in the intake....then the refined injectors split the energized molecular hydrogen (possibly electrolyzing energized water molecule directly to H1) into monoatomic hydrogen in the cylinder....The massive overabundance of O3 triggers a pseudo-reassociation, releasing heat, but combining to -OH (hydroxide)....a cascading event of association/disassociation probably going back and fourth between H1, H2, O3, -OH, and other free radicals including NO3, etc.... and plenty of thermal heat ensues until vented to atmosphere....like Stan claimed....but the "nuclei decay" of hydrogen was a term he made-up to describe the anomalous heat of mono-atomic hydrogen.

P.S.
Oxygen and Hydrogen both have emission/absorbtion spectrums in red...Oxygen=630nm, Hydrogen=656nm

« Last Edit: July 06, 2023, 15:17:29 pm by Radiant_1 »

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Re: Stan Meyer gasgun mixed frequency led references
« Reply #23 on: July 06, 2023, 15:32:51 pm »
From the history of LEDs....regarding Red
The cheapest, and most abundant of Stan's time (not a whole lot changed, they just got brighter and more durable/weatherproof)

"The first commercially usable LEDs were developed in the 1960’s by combining three primary elements: gallium, arsenic and phosphorus (GaAsP) to obtain a 655nm red light source."

655nm....1nm off from Hydrogen's lowest energy emission/absorbtion spectrum🤔

P.S. 410nm is 0.1nm off from Hydrogen's most energetic emission/absorbtion spectrum....656nm can push the electron up 1 energy level, 410.1nm can push it up 4 energy levels. 🤓