Imagine simple Tesla disruptive discharge circuit : a capacitor and spark gap . In working circuit just after spark gap there is nothing except insulated plates on each line. They are not connected together, no closed path. Now high frequency Tesla currents flow on surface , they are longitudinal waves bouncing on wire end - insulated plate which is a capacitor for them (storing charge on surface).
Imagine you can adjust those waves in one branch to shift phase for example 90 degrees by using a coil of other device generating slight delay. The charge on terminal capacitor on that branch is now opposite to the charge of other branch because waves are opposite at each moment.
You have a potential difference, huge difference.You have WFC.Just put plates closer, fill gap with water and see reaction.
You see ? No current flow throught the water,quite oppositely - electrons are dislodged from water.Is it a capacitor ? Kind of, yes. But not in common sense (electronic sense).
It is so hard to explain when nobody is willing to listen... You can say it 1000 times and yet somebody will pop up with Ohm law or RLC resonance
Imagine you can adjust those waves in one branch to shift phase for example 90 degrees by using a coil of other device generating slight delay. The charge on terminal capacitor on that branch is now opposite to the charge of other branch because waves are opposite at each moment.
You have a potential difference, huge difference.You have WFC.Just put plates closer, fill gap with water and see reaction.
You see ? No current flow throught the water,quite oppositely - electrons are dislodged from water.Is it a capacitor ? Kind of, yes. But not in common sense (electronic sense).
It is so hard to explain when nobody is willing to listen... You can say it 1000 times and yet somebody will pop up with Ohm law or RLC resonance
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