OK, lets think this thru...
so you think maybe different wavelengths would work at different levels... not without stages of electron extraction grids (mesh) in between... you see an electron only stays free from its orbit for .75 seconds and then the atoms stabilize again. Lets say you eject 10% of the electrons at the first level and it takes .25 seconds to pass the second chamber and the third and the fourth. lets say you eject 10 percent of the remaining air's electrons at the second level (now 1/2 second elapsed) now you have 10% + 9% and again at the third level (10% of 81% = 8.1%) so 10+9+8.1 = 27.1% now you are at the fourth level and the first 10% wants to revert back to ground state because you havent removed the free floating electrons from the mixture, so at the fourth level you remove 10% of the remaining 17.1% (1.71%) now this removal and return to ground state process continues imagine you had endless levels in a really long GP at the 5th level, you lose electrons from the 2nd level, (17.1+1.71 - 10% =(18.81-1.881) at the fifth level... and on it goes never reaching 100% because the electrons fall back to ground state.
The Meyers Solution? GP #1 removes 10% in less than .75 seconds and EXTRACTS THE ELECTRONS, consuming them in a filament outside the enclosed chamber so that they CANNOT stabilize the atoms again.
My thoughts on this may spark an idea...(get it...SPARK / TRON...ELECTRON...pun intended)
My idea is GP#1 - EEC#1 - GP#2 - EEC#2 - GP#3 - EEC#3 and so on in a loop... we can get closer to 100 percent this way and get more volume of processed ions out of the air because its processed in stages!
consider this stages in his resonance chambers were required for more energy output... first stage - 10%Etrons = 90%AIR left...second stage - 10%Etrons = 81%AIR left...third stage - 10%Etrons = 72.9%AIR left... SO you see: at the third stage we have 27.1% Ionized
Of course this is assuming 10% efficiency which is probably very easy to do at any CFM volume such as the intake of a car engine at full throttle...
BUT WAIT! He (meyer) didnt use engine vacuum to pull in the processed air, he used a positive displacement pump, to send the processed positive charged IONS to the water fuel injector via the mixing chamber...so i think the air in the GP chamber was moving very slowly past the voltage zones and the LEDS...
That complicates things because slower air returns to a stable state much easier because it hasn't had a chance to pass through the electron extraction grid
I believe that if we are to remain pure to what obviously worked, and replicate it, we need to figure it out from all angles and not try to reinvent the wheel, kiss... keep it simple stupid! that was Stan's Motto!
Now im thinking about the design of the pumps.. they cant have any grounded moving parts come in contact with the processed gas (air) because the battery or vehicle ground will source electrons and stabilize the ionized air!
The same goes for the mixing chamber, it should be made or delrin or nylon as well to keep the EXH+IONAIR+VAPOR in a condition that will not allow electrons to be pulled in before it has a chance to hit the tapered resonant injector cavity.
Good insulation all the way to the water fuel injector is a big key in the design !
PEace
so you think maybe different wavelengths would work at different levels... not without stages of electron extraction grids (mesh) in between... you see an electron only stays free from its orbit for .75 seconds and then the atoms stabilize again. Lets say you eject 10% of the electrons at the first level and it takes .25 seconds to pass the second chamber and the third and the fourth. lets say you eject 10 percent of the remaining air's electrons at the second level (now 1/2 second elapsed) now you have 10% + 9% and again at the third level (10% of 81% = 8.1%) so 10+9+8.1 = 27.1% now you are at the fourth level and the first 10% wants to revert back to ground state because you havent removed the free floating electrons from the mixture, so at the fourth level you remove 10% of the remaining 17.1% (1.71%) now this removal and return to ground state process continues imagine you had endless levels in a really long GP at the 5th level, you lose electrons from the 2nd level, (17.1+1.71 - 10% =(18.81-1.881) at the fifth level... and on it goes never reaching 100% because the electrons fall back to ground state.
The Meyers Solution? GP #1 removes 10% in less than .75 seconds and EXTRACTS THE ELECTRONS, consuming them in a filament outside the enclosed chamber so that they CANNOT stabilize the atoms again.
My thoughts on this may spark an idea...(get it...SPARK / TRON...ELECTRON...pun intended)
My idea is GP#1 - EEC#1 - GP#2 - EEC#2 - GP#3 - EEC#3 and so on in a loop... we can get closer to 100 percent this way and get more volume of processed ions out of the air because its processed in stages!
consider this stages in his resonance chambers were required for more energy output... first stage - 10%Etrons = 90%AIR left...second stage - 10%Etrons = 81%AIR left...third stage - 10%Etrons = 72.9%AIR left... SO you see: at the third stage we have 27.1% Ionized
Of course this is assuming 10% efficiency which is probably very easy to do at any CFM volume such as the intake of a car engine at full throttle...
BUT WAIT! He (meyer) didnt use engine vacuum to pull in the processed air, he used a positive displacement pump, to send the processed positive charged IONS to the water fuel injector via the mixing chamber...so i think the air in the GP chamber was moving very slowly past the voltage zones and the LEDS...
That complicates things because slower air returns to a stable state much easier because it hasn't had a chance to pass through the electron extraction grid
I believe that if we are to remain pure to what obviously worked, and replicate it, we need to figure it out from all angles and not try to reinvent the wheel, kiss... keep it simple stupid! that was Stan's Motto!
Now im thinking about the design of the pumps.. they cant have any grounded moving parts come in contact with the processed gas (air) because the battery or vehicle ground will source electrons and stabilize the ionized air!
The same goes for the mixing chamber, it should be made or delrin or nylon as well to keep the EXH+IONAIR+VAPOR in a condition that will not allow electrons to be pulled in before it has a chance to hit the tapered resonant injector cavity.
Good insulation all the way to the water fuel injector is a big key in the design !
PEace
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