Thursday, August 13, 2009 10:54:17 AM
First off XYNH has nothing to do with a new law of thermodynamics. That was done long before that by quantum mechanics.
"The theory of growing disorder, or "increasing entropy," is called the second law of thermodynamics. The second law of thermodynamics is statistical. That means it won't work unless there are many entities in a given situation to apply it to. Generally speaking, individual subatomic particles are conceived as such conceptually isolated, short-lived entities that the second law of thermodynamics does not apply to them."
Now here is how it works with out all the confusion.
You make a capacitor with two metal plates and use water as the insulator. You then charge your capacitor on a 50% duty cycle through inductor coils. The capacitor is charged with very high volts and very low amps. You charge the capacitor to over charge, which can be done several times a second. When the capacitor goes to over charge there is a catastrophic failure of the insulation medium. The charging is stopped for a micro second and the insulation medium stabilizes, but not before it has released a lot of H and O. The charging process starts over again.
I have left out a couple of small details. This is not over unity. There is never more energy and matter after the process then there was before the process. This a simply a very efficient way to convert electrical and heat energy.
You say that no one has duplicated Stan Meyers process, I say bull. I have a circuit sitting next to me that worked great. I built a simple one just to see if it worked and it did a great job. It put out more gas than any of HHO gens my friend and I built for cars. If I can do it with wires, a battery and a small motor tacked down to a wooden board I am sure others can reproduce it and have.
Many are using a pulse generator but I did not get that high tech as I just wanted a proof of concept not something that I could use over and over again.
"The theory of growing disorder, or "increasing entropy," is called the second law of thermodynamics. The second law of thermodynamics is statistical. That means it won't work unless there are many entities in a given situation to apply it to. Generally speaking, individual subatomic particles are conceived as such conceptually isolated, short-lived entities that the second law of thermodynamics does not apply to them."
Now here is how it works with out all the confusion.
You make a capacitor with two metal plates and use water as the insulator. You then charge your capacitor on a 50% duty cycle through inductor coils. The capacitor is charged with very high volts and very low amps. You charge the capacitor to over charge, which can be done several times a second. When the capacitor goes to over charge there is a catastrophic failure of the insulation medium. The charging is stopped for a micro second and the insulation medium stabilizes, but not before it has released a lot of H and O. The charging process starts over again.
I have left out a couple of small details. This is not over unity. There is never more energy and matter after the process then there was before the process. This a simply a very efficient way to convert electrical and heat energy.
You say that no one has duplicated Stan Meyers process, I say bull. I have a circuit sitting next to me that worked great. I built a simple one just to see if it worked and it did a great job. It put out more gas than any of HHO gens my friend and I built for cars. If I can do it with wires, a battery and a small motor tacked down to a wooden board I am sure others can reproduce it and have.
Many are using a pulse generator but I did not get that high tech as I just wanted a proof of concept not something that I could use over and over again.
