Selfrunning cold electricity circuit from Dr.Stiffler

[k4zep]

Burning water, what an interesting thought. What would it take?, large microwave generators, huge electric discharge. Sometimes the most difficult is the most easy.

I put the first video of a new short series on how to burn water the simple way. I will get the new couple up on-line as time allows.

Anyway enjoy the first.

http://www.youtube.com/watch?v=lsX-j53_FDg

Good evening Dr. Stiffler,

Very good video.  I have one question that has always bothered me about this and similar processes.  Where does the electrons go that were part of the water molecule when it is broken down into oxygen and hydrogen and then burned?  It seems that oversimplification would indicate there is a electrical energy source generation process here somewhere.  The efficiency of your process is what piques my curiosity and hence the question.

Ben
Moderator:
Ben,
I don't follow your question, are you saying that the orbitals are stripped from the nucleus during the recombination of the H&O? In a simple real world condition the H&O combine back into water. The activity during which electrons move about is during the disassociation and this is driven by the energy into the cell. During the burning process the molecules again bond via the orbitals.

[aether22]

@All Electrolysis Interests

Why make electrolyzer so big, bulky and material intensive?

A proof of concept SEC15-3 with a slightly bigger in wire gauge output coil, doing direct electrolysis of tap water. The electrodes are the fine SS multi-strand wire I have already described.
At first blush one would say 'No Way', but that is not the case.

It seems you have found a way to do it (AV plug) with a single diode!

[DrStiffler]

Dr. Stiffler:

Great video!!!  This is fascinating. The only other sustained flame I have heard of is the Dr. (cancer research) in FL who I think is using one or more frequencies of RF.  I am sure his power input level is at least 100 times more than yours.  I would like to see this researched more as it could be the key everyone has been looking for.  Maybe it is not "brute force" required to separate water into H and O2.  That way works, sure, but, I believe there is a better way and you may have just found it.

Bill

@Pirate88179
Bill it's not what it seems at first look. I will be updating my site (Electrolysis Page) as I move from one video to the next. The burning is a combination of Hydrogen, Oxygen and other components as in the 'Kanzius' work, where a component must be NaCl in his flame or some other chemical or element. You will see as I work on the page that it can not be pure hydrogen and or hydrogen and oxygen do to the burn speed of Hydrogen.

This is not a revelation, it will although be an explanation.

Thanks for looking.

[DrStiffler]

It seems you have found a way to do it (AV plug) with a single diode!

@aether22

No, not unless I am missing something. Look at the circuit again and think of the input as a series of unidirectional pulses. The environmental connection is via the mass of the water itself. As seen the electrodes are not biased in a symmetrical way. During operation the electrodes see a minimum voltage of the diode drop to a very high voltage when the diode is reverse biased. The environment supplies energy during this part of the cycle.

[Lattice333]

Dr Stiffler and friends

Can I ask a question please?

I remove the neon from the SEC15-3 board and the output of the choke is connected to a remote AV plug+neon via a single wire. The remote neon is lit until I close my hand around the single wire. When my hand holds the single wire the neon is extinguished. What is being blocked by my hand?

thanks

Lattice333