URGENT! WATER AS FUEL DISCOVERY FOR EVERYONE TO SHARE

[qiman]

I sent an email to Aaron asking this (It is his circuit), but can anyone confirm the wiring is correct on this slightly modified version of his spark enhancing circuit please?
http://www.mediafire.com/?nnmjbj9mrjn

Yes, it looks like it. I would use separate supply with variac on the booster caps that way you can control what goes into the caps. Make sure to measure voltage without circuit on so you know where cap voltage is in relation to the dial on the variac...especially if you use something like a microwave power supply to charge the caps to higher voltage.

[greendoor]

Here is a dangerous thought for the really adventurous ...

Imagine a tank of water (perhaps a swimming pool), with three spark plugs.  Arrange these so that they fire sequentially in three directions ...

I'm thinking perhaps a few milliseconds delay between each one, so the water gets punched North to South, East to West, and then Downwards ... the idea being to create and maintain a powerful vortex in the tank. 

Power could be extracted out with a simple turbine.  It would be very interesting to see what the COP could be ...

The vortex could function like a flywheel - and the sparks could be fired only as often as needed to maintain the vortex ... power input may be quite low ...

Maybe only two sparks would be needed - just thinking that a true vortex is more than just rotation, but maybe gravity provides enough of a downward thrust without help.

[xbox hacker]

Hey everyone here is a new video you should see.....

http://www.youtube.com/watch?v=Jr_xWnej-gc

http://www.youtube.com/watch?v=3E_dAh5ZRcs  <~~~this one is just for fun!!!! 

[troyd1]

Has anyone contemplated running the motor upside down? You could cup the spark plug port and thus get the water to stay in the arc gap. There are some other logistical issues with this, but food for thought.

[ahchoooo]

I tried the simple circuit by Luc but I can't get the HV spark when the diodes are connected to the spark plug. Only when the diodes are disconnected, do I get a strong spark. This is contrary to the result as reported by Luc. I am using a 350uF, 450V capacitor, 10 1N5408 diodes in series connected as in the diagram, a variac tuned to 110V as power source through a bridge.

I also tried using different number of diodes, from 1 to 10. I noticed that when the diodes used dropped to less than 5 or 6, the sparking will stop completely, indicating the possibility that the HV output from the coil got shorted out through the diodes.

Since I cannot remove the resistor from the spark plug, I also tried with carbon rods (extracted from battery), copper rods, metal screws etc as the spark gap. I noticed that with the diodes disconnected, the spark generated is quite strong and sometimes the color is very white and bright. However, the effect is not consistent. Since I was manually charging the capacitor, and then discharging the capacitor by touching a wire to the capacitor terminals, the spark generated from touching the capacitor is also quite bright, often brighter than the spark at the spark gap.

I am curious as to why I cannot duplicate the result of Luc. 
Any help is appreciated.

James