Hot Rod Air intake Control Part 2 Gas Gun

Here you will find some information on the HGG “Hydrogen Gas Gun”.

Stanley A Meyer Gas Gun

The HGG is basically a gas ionizer. It uses “laser” or light energy to help move the electrons away from the nucleus so that the high voltage can take over to dislodge the electrons from the gas atoms. There also needs to be a way to remove the free electrons from the gas and that is the purpose of the ECC or “electron extraction circuit.” These component’s working together will basically ionize the gas. Why would one want to do this? Well in the case of the EPG there needs to be a way to attach a magnetizable atom to a noble gas.  An example of this would be to create iron gas atoms and get them to attach to unstable argon gas atoms to form a magnetizable gas lattice that can be used in the EPG. When working with Hydrogen and Oxygen one would want to do this to destabilizing the gas atoms.  By extracting at least 4 electrons from the oxygen one can prevent the water module from forming during the thermal reaction of burning the gasses to release a much higher energy yield from the gas. This is how Stan was able to run his buggy on smaller amounts of H H O gas from water. He also was meter mixing other gases such as exhaust gases from the engine to adjust the burn rate of the H H O to equal that of gasoline. One can read this in his patents. Please see the patents page to download the patents.

Stanley A Meyer Gas Gun

Here is my HGG, I will be uploading schematics and other info once I get some testing done! below is a work in progress and this HGG is being reworked as we speak. This will be used for the electron extraction circuit to remove electrons.

Stanley A Meyer Gas Gun Hot Rod Engine Intakes

This gas Processor has 24 x 403nm led's and 20 x 630nm led's

Stanley A Meyer Gas Gun Reeplication

Stanley A Meyer Gas Gun Reeplication

This is looking down in to the processor.

This is looking down in to the processor.

Here is a video of me assembling the HGG.

so my next thing is to get some mesh to extract the electrons, so here is what i'm considering: http://www.mcmaster.com/#stainless-steel-filter-discs/=fr97lq i also think that the center " tube" needs to be a single wire  and then you can use a smaller voltage to do the same thing as you will have a smaller brake out point.  any thoughts on this? ~Russ Gries

Some Things Have been Learnt, Start by Studying Oxone Making tubes the glass must be on positivee side and the gap has to be 1 mm to 3 mm to be effective .

Dan

Hey Russ, I Just have 1 question about the light array in the gas gun. In the document titled The Birth of New technology section 1-8 Stanley states that he uses a laser which cause atoms to lose electrons. He also indicates that the light comes from red LED lights. Is there a reason he uses red light? Why not use an actual laser? Have you tried this with a green laser? The energy emitted from a green laser is much greater then that of a red laser. Would it be possible that using a green laser would cause more atoms to lose electrons then red LED's? Thanks for all you do!

Its all about the wavelength, the wavelength needs to match the absorbtion/emmision spectrum of whatever it is you are trying to ionize. When the gas is exposed to certain wavelengths of light the electrons become excited and move up in energy level, the electrical energy needed to remove them from the structure fully is then less. Heres a little pic (sorry its come out so small) [attachment=685] The 656 band of light is at the red end of the spectrum. You could use a 486nm green led too or any of the others, but some wavelengths will cause more of a jump in energy levels than others, You could get a laser tailor made to whatever wavelengths you like i spose if you got the money, leds are much cheaper. It seems like the leds were also pulsed to gain an amplification. So you end up with a chamber that uses pulsed led light and high voltage to ionize the gas, then the electron extraction circuit kicks in (alternate power swich in fig 1-14) and burns off the liberated electrons in the amp consuming device. Hope that helps a bit.

yes, phill is right on the money, here is a good thread to read: http://open-source-energy.org/?tid=89 this ill help you. and your welcome! thanks for all the support and everything all is doing to help as i would not be this far! thanks world! :) ~Russ

Russ, I know your working on the extraction grid first, but what about the circuit that uses scr's or transistors? (EEC circuit) Another question, how do you think the gas gun differs between the one made to process hydrogen and oxygen and the one used on the intake of the buggy?

if we know how it works... we know the principles... we can build it how ever we want... :) haha scrap the SCR... we have better things now. so, no i dont plan on using an SCR. but that's just at the moment. i haven't studded the EEC to its deepest point. the russtic gen 7.0 will allow me to control external outputs at alternating times. (180 out a phase) i plan on making an external circuit that the russtic will run. but SCR's are something i may or may not use. havet gone that far on finding what components im going to use... soon i will tho!   still working on the corona wire and such as im having arc problems... i think i need higher voltage with less amperage... and the wire needs to be as small as possible. the less surface area on the high voltage side of things the better... the less amperage i need to use. attached is some photos of the EEC grid in my gas gun. (water Faucet aerator) still not sure if the gas gun and gas possessor are the same... im going to say yes. but one is for air. see the way Stan was making gas the gas was already ionized... so no need to run the h h o in to the processor as the effect is already there. he talks about this in his videos. high voltage brake down of the water will have some other effects that just braking it down??? :) thanks! ~Russ

Stanley A Meyer Gas Gun Parts

Stanley A Meyer Gas Gun Parts