I was unaware of your last reply Lee, that's the only reason I did not respond.
I don't know what you have since found out about this, but I did state my views on EF under Stifflers thread: High Voltage from Thin Air, page 61:
http://www.energeticforum.com/renewable-energy/3934-high-voltage-thin-air-61.htmlThis was long ago, just before Aaron banned me from EF.
Anyway, the jist of it is that Stiffler was radiating water with electromagnetic energy produced by a SEC - a test tube of water with a small signal diode fully submerged. Stiffler was convinced that this was unknown science that was yet to be explained, and that something extraordinary was occurring because only hydrogen was seen to be evolving from one leg of the diode.
I offered an explanation to what was happening and it did not go down too well.
Of course you have to ask yourself how can you split the water molecule and be left only with hydrogen - of course you can't, but Stiffler refused point blank to discuss the point.
All that in fact is happening is that the small signal diode is simply rectifying the EMR which then provides a tiny voltage drop across itself. This is enough to initiate standard Faraday electrolysis, hydrogen evolves at one leg of the diode, while oxygen evolves at the other… but the oxygen immediately reacts with the tin plating on the one diode leg, turns to SnO and slowly precipitates to the bottom of the test tube. Hence no oxygen is seen to be evolving as a gas, but it is still being produced. Faraday’s Laws of Electrolysis in action.
I did quite a lot of experimenting with this and found out that I could achieve the same or better results than Stiffler with his SECs, with a Joule Thief or a car ignition coil generating EMR (at various frequencies).
I also realised that the diode body itself does not need to be submerged; just the legs are all that is required to be in the water. I also used LEDs instead of small signal diodes to great effect.
I’ll see if I can dig out my diagrams of my experiments and upload them.
As far as feedback from my peers, well... good luck with that. As it was everyone sided with the great professor and my version of events was totally ignored.