URGENT! WATER AS FUEL DISCOVERY FOR EVERYONE TO SHARE

[Shiver]

Regarding the rectifier diode, to qualify further, see attachment.

Shiver

[Doug1]

What if you add a tiny amount of alchol to the water to provide a touch of heat and co2 which could be sucked back into the cycle to slow the burn down that way the power from the reactions are extended.
  As for freeze ups if your recycling the water why not try to add antifreeze and see if it improves the effects or has any effect at all besides the arc reaction has on plain water.If it is going to work yr round there has to be a way to keep it from freezing. The method may as well add to the system output.Which will effect the build so why do it over later why not account for it all along.Even in preliminary testing.
  I have a brigs 15 hp tractor and ford 15 pass van set aside to play with once i get started which is not going to be soon.I did notice that coil looks a little bit like the magnostrapper gizmo in some ways which might also be useful later on.As for politics, bite me.The planet needs an enema any way.The only ones who will suffer are the ones who benifiting from the suffering of the majority.They are so isolated from the general population no one will miss them.

[gyulasun]

Regarding the rectifier diode, to qualify further, see attachment.

Shiver

Hi Shiver,

I do not like your drawing on the half wave rectifier schematics:  your diode conducts in each half wave periode and during this conduction time it short circuits the mains supply!  You have to connect the diode in series with the supply voltage source, not in parallel as you drew.  See this link for some help:
http://www.allaboutcircuits.com/vol_3/chpt_3/4.html 

Thanks,  Gyula

[Shiver]

Hi Gyula,

That's actually the page that I copied the image from!  Is it true though that the existing version is only allowing half of the wave?

Shiver

[gyulasun]

Hi Gyula,

That's actually the page that I copied the image from!  Is it true though that the existing version is only allowing half of the wave?

Shiver

Hi Shiver,

Lol...   but I do not seem to find that image you copied, where is that page exactly?

Well, if you connect the diode in series with the load (and not in parallel with the AC voltage source), then indeed the diode will conduct in every half periode of the full AC wave. (So if you have a 60Hz AC input voltage, the output half wave pulses will have a 120Hz frequency, the diode as shown in the first picture in my link http://www.allaboutcircuits.com/vol_3/chpt_3/4.html  will conduct in every positive AC input  and will block current in every negative AC input wave periode (we consider positive input here as an increasing AC voltage from zero value and negative input as a decreasing value from zero to a negative maximum, ok?).

rgds, Gyula

EDIT:  in case you connect the diode in parallel with the AC source (in the picture it is the 120V AC mains), then a very very high current will flow through the diode in the half wave periodes when the diode is able to conduct: its current ratings will be wastly exceeded and it gets fried and triggers the mains circuit braker...