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**Allcanadian** · 10-09-2008, 06:58 PM

There seems to be quite a bit of misunderstanding in regards to both hydroxy cells and vaporizers, so I would like to offer you another perspective.

Hydroxy Cells:
Let's start with a simple experiment, take two 4" x 4" stainless steel plates and put them in a container of water. Connect some insulated wires to these plates then connect a 12 volt source battery to the two wires. You will see gas form on both plates and the moment the battery is disconnected the gas formation slowly stops. Most people would conclude that the gas formation is based on the current flow following Faraday's Laws concerning electrolysis but this is nothing more than an illusion. Let's do another simple experiment, connect the battery to the cell very quickly as before then quickly disconnect the battery and connect an LED or small light across the same hydroxy cell(make sure polarity is right for LED). You will find the LED will light for a second or more and this has no effect on the gas production. This is because the hydroxy cell acts like a battery or capacitor, the energy you put in is still there in the form of an electric field and can be recovered. Now think about the qualities of this reaction, current moved through the cell producing an electric field which produced the gasses but the cell does not act like a capacitor nor a battery as the charge on the cell quickly dissipates. The hydroxy cell acts just like an electrolytic capacitor with the polarity reversed---a leaky capacitor. It would seem obvious that the faster the cell was charged then discharged into a load (frequency) the more efficient the process would be because the current flow is nothing more than wasted energy leaking through the capacitance. The electric field produces the gas and the current maintains the electric field in a conventional cell but there is a better way. Charge the cell quickly producing an electric field then discharge the electric field into a load or storage device. I have built many devices utilizing this principal and it works perfectly well. Also if you start looking at various patents for this process you will see it is there but is usually hidden in the form of a resonant action. That is a cell is pulsed resonantly each discharge of the cell adding with the next input charge in series to increase the electric field exponentially.

Vaporizers:
I found my answers concerning the energy inherent in vaporized gasses through R&D of pulse jet and pulse detonation engines. Why is it that a drop of gasoline ignited would seem to have little energy yet a vaporized drop of gasoline is highly explosive? Why is it a gallon pail of wheat will burn slowly but this same gallon of wheat ignited as a super fine powder is highly explosive? Only one property has charged and that is surface area, it should also be apparent that the energy released between a liquid or solid and a fine powder or gas are not equal. A gallon pail of burning wheat cannot produce the energy needed to destroy a large grain elevator, a drop of liquid gasoline cannot blow the heads of your engine. The one variable that changes is surface area, it is also known that a larger surface area will hold more energy in the form of an electric field--charge, this is the energy gain and we do not have to pay for it. The only major issue that needs to be noted is the speed of the reaction, that is the explosive nature of perfect gasses. My solution was simple, I added a moderator to the combustion area to slow the process so I could lean the gas mixture to explosive levels without an explosion. The explosive nature is due to a pressure wave igniting the gas ahead of the flame front giving the illusion that everything went bang in one instance. If the heat and pressure wave are controlled or moderated then the rate of energy released can be controlled. What we want is a slow motion explosion, this can be done by adding water vapor to control the heat rate and converting pressure to velocity to limit the pressure wave front. A pressure wave can be limited through an expansion chamber or a seperate volume not occupied by explosive gasses but which can absorb the rapidly rising pressure in much the same manner as a capacitor absorbs electrical energy. The problem was never producing more energy the problem was controlling the energy without killing yourself.

Regards
AC

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Project Genesis (hydroxy and fuel vaporizer plus more)

Project Genesis (hydroxy and fuel vaporizer plus more)

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