Stanley Meyer Explained

[Sergh]

what mechanism does a water molecule disintegrate in you?

What did you want to get? Wanted to get hydrogen from a high-frequency field? Then it is necessary, like Kanzius, to use a strong field. "Flame Discharge"
https://www.youtube.com/watch?v=SyZuel2iaBk
https://www.youtube.com/watch?v=quXa90HojfM
https://www.youtube.com/watch?v=-AQmaAEyTic
If the terminal is wetted with salt water:
- place the electrode in water, or
- put a cotton swab moistened with salt water on the terminal, the length and brightness of the discharge flame greatly increases Water ionizes and decomposes, but at such temperatures it burns again.
The increase, if there is, is small.


In general, how much gas addition did you want to get with conventional electrolysis?
0.3% can add a high-frequency field to the required energy consumption for conventional electrolysis.
Can you measure a 0.3% increase in gas yield?

It is likely that in electrolysis with a very low DC voltage, at which there will be a very small gas yield. It is desirable to create a vacuum for better separation of oxygen and hydrogen. But I suppose that with this method, the percentage of the increase will also be small.
For quick monitoring of hydrogen production, I recommend using a hydrogen sensor like this Arduino small module on base MQ-8 or better, :
https://www.youtube.com/watch?v=x9zi7mYDTIQ
This Arduino sensor module works without Arduino.
An ordinary voltmeter and a 5 volt power supply from a mobile phone charge are enough.   
The sensor is of course cheap and not very accurate.

We need to find another way, how to turn 0.3% into 300%

[lancaIV]

For low electricity input and high hydrogen/oxygen splitting we can use chemical strong active elements like
aluminium,but now in nano-grains = high surface area per gram !
search machine : nano-aluminium

Because " non consumed" alloys like chemalloy have " undefined high C.O.P." ,the negative point :hydrogen production in liter/cc/mg per minute !
Aluminium with an anti-oxydation -low cost- coating as catalyzer is the solution !
The labs in search !

Sincere
OCWL

[Sergh]

Aluminum nanopowder is not a catalyst as it reacts chemically with water?
Aluminum is consumed to produce hydrogen like conventional fuel.

[kolbacict]

What did you want to get?

I wanted like Edward's ...  Or better.  joke.

Can you measure a 0.3% increase in gas yield?

No.

For quick monitoring of hydrogen production, I recommend using a hydrogen sensor like this Arduino small module on base MQ-8 or better, :

Thanks.

For low electricity input and high hydrogen/oxygen splitting we can use chemical strong active elements like
aluminium,but now in nano-grains = high surface area per gram !

I have paint "serebryanka" (silver) (aluminum powder.)
And i don't have money,as well. at all. 
And even worse, I have no like-minded people and helpers.

[lancaIV]

Aluminum nanopowder is not a catalyst as it reacts chemically with water?
Aluminum is consumed to produce hydrogen like conventional fuel.

Yes,aluminium can also be used as rocket-/or torpedo fuel !


But : https://www.newscientist.com/article/2142693-nano-aluminium-offers-fuel-cells-on-demand-just-add-water/


       " ......   And unlike batteries, it can remain stable and ready for use indefinitely. ....."