Well Done on the timing and plasma demo setup Scorch!
The plasma does impart a lot of energy into water droplets and water mist. It remains a cold kinetic blast though, and can transfer energy to a piston. If its not concentrated, but spreads over the surface area of the piston head, it also will not blast a whole into it, as used in metal punching systems to punch holes into metal plates.
The part of the water that is transformed into the plasma state, unfortunately does not impart thermal expansion energy into the compressed gas cylinder volume, but absorbs some of the kinetic blast energy while imploding.
If the implosion where timed to occur toward BDC rather, then the piston will have less back-pressure acting on it while it moves back up during its exhaust stroke.
Therefore, without pretreatment of atmospheric air before it enters into the cylinder, TWO electric/aether energy contribution would be needed, at two different times, to capitalize on this phenomenon:
1. Around TDC to get the kinetic energy blast transferred onto the piston to force it down the cylinder;
2. Around BDC to get that air/water-gas mixture "plasma-tized" enough to make it implode and "suck" the piston upward - position normally NOT having piston drive power, now HAVING some there on that piston.
If the intake air was ionized enough, the first plasma blast will create enough N2O and 03 too, to add thermal explosive energy to the kinetic cold fog blast energy, and convert some into expanding flash steam too - this will counter any vacuum forming "implosiveness" that would brake the piston's downward force.
Since there are no carbon in the mixture, a second BTC plasma burst that now would cause implosion would act at the correct time, for the piston must move back upward.
Aaron has had the "magic" formula spelled out for a long time now, and added to Smoky Robinson and other successful water / hydrogen fuel pioneers, it falls together like a puzzle.
Happy Water Power Long-Weekend!!!
The plasma does impart a lot of energy into water droplets and water mist. It remains a cold kinetic blast though, and can transfer energy to a piston. If its not concentrated, but spreads over the surface area of the piston head, it also will not blast a whole into it, as used in metal punching systems to punch holes into metal plates.
The part of the water that is transformed into the plasma state, unfortunately does not impart thermal expansion energy into the compressed gas cylinder volume, but absorbs some of the kinetic blast energy while imploding.
If the implosion where timed to occur toward BDC rather, then the piston will have less back-pressure acting on it while it moves back up during its exhaust stroke.
Therefore, without pretreatment of atmospheric air before it enters into the cylinder, TWO electric/aether energy contribution would be needed, at two different times, to capitalize on this phenomenon:
1. Around TDC to get the kinetic energy blast transferred onto the piston to force it down the cylinder;
2. Around BDC to get that air/water-gas mixture "plasma-tized" enough to make it implode and "suck" the piston upward - position normally NOT having piston drive power, now HAVING some there on that piston.
If the intake air was ionized enough, the first plasma blast will create enough N2O and 03 too, to add thermal explosive energy to the kinetic cold fog blast energy, and convert some into expanding flash steam too - this will counter any vacuum forming "implosiveness" that would brake the piston's downward force.
Since there are no carbon in the mixture, a second BTC plasma burst that now would cause implosion would act at the correct time, for the piston must move back upward.
Aaron has had the "magic" formula spelled out for a long time now, and added to Smoky Robinson and other successful water / hydrogen fuel pioneers, it falls together like a puzzle.
Happy Water Power Long-Weekend!!!
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