HHO Generation using High Frequency electromagnetic waves on water

[kolbacict]

An equivalent was made with a resistance equal to the ohmic resistance cell with water.
And plus in parallel a variable capacitor. The frequency response is completely different.

Decrease the cell length to such a scale. To minimize the overall capacity

I'll work on it.

[Sergh]

for test purpose take a standard 50 ohm cable with connectors and simply connect the output of this frequency response meter to its input.

[kolbacict]

for test purpose take a standard 50 ohm cable with connectors and simply connect the output of this frequency response meter to its input.

There will be a straight line. A straight line will be the same when the cell is short-circuited.
And yet it's all bullshit. Maybe you're right.  Because I took another transformer with a volumetric short-circuited turn. It turns out a completely different picture. It turns out a completely different picture. How, then, do you measure this damn capacity?
On alternating current. On a constant current, according to the charge time, this is obviously impossible to do.

[kolbacict]

http://www.hp.woodshot.com/
thank you. did not pay attention immediately. it is not clear only why the dielectric constant of seawater is 20 and not 80. and why sea water? we have distilled.

[Sergh]

Household distilled water is most likely to be "natural".

For a dielectric constant of 80, you need highly purified deionized water, and something else about conditions, temperature, etc. I suppose that is not achievable.

then, do you measure this capacity?

Take very clean distilled water for the cell. Connect a large electrolytic capacitor 4700 uF in series with the cell. Measure the capacitance of this circuit with a conventional multimeter with a capacitance measurement function. So?
https://en.wikipedia.org/wiki/Series_and_parallel_circuits