Stanley Meyer, please meet Stanislav Avramenko: Water as a fuel...

[AhuraMazda]

@tao,
Excellent post. I must admit this has also been on my mind for a while.
I had always been wondering why did Meyer need an alternator to run his cells?
For the un-initiated, look at this link and working it out:
http://www.richieburnett.co.uk/dcwav04.gif.
To me, this means he had around 110 v (near)DC at high current available to his
circuit. Then using DC resonant charging circuit Tesla coil technology, he
would bump the voltage up and pulse the water cell.
I believe the diode that confuses every one was simply there to stop the cell
capacitor from discharging.

There are 2 other unknowns:
1- the voltage,
2- the frequency and pulse characteristics.

Use of Avramenko plug is a good idea. Meyer could not switch off the high voltage pulses
applied to his cells fast enough ( before the ion avalanche) and that is why he was talking
about "amp limiting".

There must be a second wire in order to get amp flow.
Without this nothing would happen.

The current in Meyers circuit is an alternating current , with a dc offset, so through the whole cycle the current will flow only in one direction, alternating between a minimum and a maximum level.

If there are only inductive and capacitive components , the energy flow will switch between the source and the target.

There is no need for amp flow but, there is need for lining up the water molecules in the
right direction therefore biasing is necessary.

[zerotensor]

Here I have marked-up the schematic for single-wire transmission to include a water capacitor cell.
The cell is situated in series with the transmission line.  The load can be part of the power supply for the transmitter!

[Spewing]

OMG supurb with the electronics! Thank you much for bringing this circuit to my attention!

so whats taking everyone so long to confirm??? any gas yet???

[zerotensor]

How this might work:  (pure conjecture, at this point--so be gentle!)
Standing waves of potential are created along the transmission line.  The trick would be to match the wavelength of the standing waves within the water to the plate separation distance. This could be done by tuning the frequency, the load, or both.

[Spewing]

doh, i think i got the wrong diode