HHO Generation using High Frequency electromagnetic waves on water

[stivep]

 Here  you have two structures compared :
The one on he left is build based on water capacitors and one on the right is based on tantalum capacitors .

1:
wikipedia
https://en.wikipedia.org/wiki/Water_capacitor#/media/File:Coaxial_Marx_generator.png

2. Youtube:
https://www.youtube.com/watch?v=_goG3ACobCE

Wesley

[stivep]

here you  have comparison of spark gap electrodes between the two.
_{links listed in  the post  above}
Wesley

[stivep]

This is  the correction to the post  from above ( the second picture ) in post :
https://overunity.com/16440/hho-generation-using-high-frequency-electromagnetic-waves-on-water/msg556986/#msg556986

it shows more accurately   resistors.
_{The two resistors from the right  should be  looked at  as one single resistor}
Wesley

[stivep]

typical  assembly   in form of schematic is here.
However there is significant difference between  the purely resistive  resistors and  use of  water capacitors c with resistors .
in water  capacitors assembly  resistors are inductive in nature
https://en.wikipedia.org/wiki/Marx_generator



Wesley

[stivep]

 Here is more about water based  capacitors :
https://en.wikipedia.org/wiki/Marx_generator
I  pointed  at similarities   between the  two  builds of marx  generator and

Explanation:
I pointed at spark gap.
The unfortunate   was that  when comparing the two structures I was in need to  point  at  similarities  making by that more confusion than  benefit to the reader.

-And that is  obvious when we look at spark gap by itself.
when looking at my previous pictures you see points marking spark gap electrodes and red circles  around it.
but actual accurate  explanation  for water based capacitors is in picture  below


Proper performance depends upon capacitor selection and the timing of the discharge.
Switching times can be improved by doping of the electrodes with radioactive isotopes  caesium 137 or nickel 63,
and by orienting the spark gaps so that ultraviolet
light from a firing spark gap switch illuminates the remaining open spark gaps.^[3]
Insulation of the high voltages produced is often accomplished by immersing the Marx generator
in transformer oil or a high pressure dielectric gas such as sulfur hexafluoride (SF₆).