What if we look at Stans cell as a mini bio sphere then recreate the natural order of things then accelerate those things that create naturally occuring hydrogen/oxygen on a scale large enough to run an ICE. In nature does hydrogen oxygen come bubbling thru water? I would say most is thru evaporation. So if we look at water as a bag of marbles then we shake them up with a resonance will the lighter marbles come to the surface? Will those be the easiest to dissocciate? Ever seen Stans chart on burning velocity of the various fuel CA 123379 Fig 9. Out of scale right? Now flip the chart 180 degree and look in terms of the the side of a wave of water then consider that these are the lightest molecules in the body of water and if we can dissasociate the gasoline and up potion of the wave we have a fuel with the proper burn rate correct? Stans drawings show multtiple wave patterns. So what if these patterns are actual waves on top of water? One of Stans related to patents is 3,740,283 from one of his EU patents I think. This is a polyurathane flexible foam. If we look at the foam as a cloud and it becomes saturated with moisture and the surrounding air pressure allows it to collect water it will get heavy. If this heavy cloud is floating on water it lowers deeper into the water. Just at the time we need to increase the pressure in a cell to produce more fuel. Now if our float can carry some charge from a capacitor and dissasociate the upper portion of the wave only will we have 1. A portion of water that is easyiest to split and 2. The portion that corrects the burn rate. If we look at Stans US 661 patent (last 3 digits) he shows a slide switch with some magnetic coupleing. Stans cell has some conntact points on the side of the cell (5 I believe). Should the pressure get to low in his cell the water pump actuated by low presssure kick on to raise the water level thus to raise the water level and pressure. Our float is now at the high contact points and draws maximum power thus increaseing generation of the fuel gas. The magnetic coupling could be used to move the float to or from the contact points or even pulse it. The float could carry a multitude of capacitors and each desined to accumulate a charge then dissaccociate the upper portion of the wave with no bubbles kind of like Mother Nature and evaporation. Any thoughts?
Keeping it simple
Blazer
RE: Keeping it simple
« Reply #1, on April 25th, 2012, 06:54 AM »Last edited on April 25th, 2012, 07:07 AM by Blazer
If we inject steam into the cell then hit it with a pulsating magnetic field would it collect a charge? If the steam condenses on the lid and walls of the cell could we collect the charges with items Fig 2 or Figure 2A US 4,613,779 Meyer? Is figure 2A VIC? The charges would be collected as the steam condenses and flows down the walls of the cell.
Blazer
RE: Keeping it simple
« Reply #2, on April 25th, 2012, 06:54 AM »Last edited on April 25th, 2012, 10:36 AM by Blazer
If we inject steam into the cell then hit it with a pulsating magnetic field would it collect a charge? If the steam condenses on the lid and walls of the cell could we collect the charges with items Fig 2 or Figure 2A US 4,613,779 Meyer? Is figure 2A VIC? The charges would be collected as the steam condenses and flows down the walls of the cell. Also if we look at our jar of marbles therory the lightest water molecules are condensed to steam. Then if we position our DC water pump in a vertical position near the cell we are pulseing the steam and we could rotate our float. If we rotate the float we can create a vortex and the heavier water would move to the outside of the vortex. Would the lighter molecules meeting the heavier molecules have the greatest potential difference?