Its become coocoo town with all the gibberish.

Well, take radiolysis or photolysis.
There, decomposition products are formed in the entire cell volume, and not on the electrodes.
And this is understandable. If Meyer's technology breaks the covalent bonds of non-ionized water molecules by his resonance,HHO should be generated in its whole volume. and not on the electrode.
I wonder if anyone thought about this?

Quote from: kolbacict on December 23, 2019, 01:47:47 PM
Well, take radiolysis or photolysis.
There, decomposition products are formed in the entire cell volume, and not on the electrodes.
And this is understandable. If Meyer's technology breaks the covalent bonds of non-ionized water molecules by his resonance,HHO should be generated in its whole volume. and not on the electrode.
I wonder if anyone thought about this?

Many have. A well built electrolyzer will have plate distances just greater than
the break down gap for their particular electrolyte mixture.
And in this arrangement, electrolysis takes place in the entire volume between the plates,
not just on the electrode surface.
If they are close enough, separation of the 2 gas streams becomes impossible.

look up the stephen meyers paper, gas is generated across the whole bath.

read it!

Smoky2, I have seen such banal things before from the people at ionizationx

Its boring.

Quote from: Toolofcortex on December 23, 2019, 03:57:54 PM
look up the stephen meyers paper, gas is generated across the whole bath.

read it!

Smoky2, I have seen such banal things before from the people at ionizationx

Its boring.

Vicktor Schauberger wrote the math on this.
Just put a magnetron in an appropriate sized vessel l x w x h = (1/xf)^3


Or it a simpler form, make the dimensions of your vessel a multiple of the wavelength.


Have you considered what frequency Meyers was operating at?
What does your microwave do? ?


When a volume of water is set to resonate it heats up.
essentially increasing its' internal energy.


Inside a resonant cavity, the entire volume of water will resonate
not just the individual molecules.


Steam can be produced at a much lower energy cost in this manner
and with the addition of an electric field, electrolysis follows the same energy curve.
(assuming the water is still in liquid form, governed by temperature and pressure)


The fact that the Meyers devices stayed cold, means that for the power level he was using
the volume of water was large enough to diffuse the heat faster than it was being created.
However, the "temperature" in terms of molecular energy, is a function of motion.
and in that sense, the water is "hot" while the cell is being used.