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Overunity Machines Forum



Peter Davey Heater

Started by storre, February 09, 2008, 11:00:32 AM

Previous topic - Next topic

0 Members and 6 Guests are viewing this topic.

gyulasun

Quote from: NerzhDishual on June 14, 2008, 07:52:26 PM

Hi guys,

I believe that this bell shaped things dived into water and 220 Volts AC wired
have a very strange behavior.

Why, when put on the water this way:



my 10 amps fuse blow out (in about 20-30 seconds) and do not blow out when put this way:



BTW : the COP is statistically the same.....

Hi ND and all,

Is it possible that the H and O gas bubbles tend to accumulate under the bells and effectively isolate/reduce the inside active area of the bells in the second case?  This could explain a slightly less current consumption so the 10 Amp fuse is able to stay.  The gas bubbles can easily escape to surface in your case  #1.

rgds,  Gyula

forest

My sonic boiler is almost finished.I plan to test it first with 12V AC from transformer.

Assembly:
- two SS cups (bowls), cheap ones from India (check for sonic response )
- SS nuts and screws 3mm diameter
- SS rod 3 mm diameter
- one cover from old child bycycle
- one bell part from cheap black clock from Ikea
- rubber washers made by myself
- plastic washers used to separate transistor (for example 2N3055) from a heatsink (perfectly fit for 3 mm rod)

forest

 one cover from old child bycycle bell - of course !

devrimogun

Maybe  you know about this already but I came across this bit of info which is
related to our topic.

Stan Meyers demo cell has 9 tube sets.

The inner tubes are 0.5 inches in diameter and the outer tubes are 0.75 inches in diameter. The approximate spacing between his tubes is 3 mm. We do not believe Meyer used spacers in his demo cell and he in fact allowed his tubes to ring and this acoustic component that is being overlooked by most WFC researchers. We believe Stan cut slots on the outer tubes to match the frequency of the inner and outer pipes setting up a standing acoustic wave and we are working on a cell prototype that will incorporate these features.

Link : http://aquapulser.com/research.html

Wow, are we on something here? Everyone is talking about standing acoustic waves!
For efficient electrolysis or for efficient heating.

It seems like we have to sing to the water to make it do whatever we want to do.
I personally believe that we need to tell water what we need it to do for us.
"break into H and O", "heat up", "freeze" we just do not know how.




devrimogun

One more thing.

I think we were on the right track when we were talking about
inner bell frequencies and distance from outer bell to get the standing wave,
sonoluminescence  etc.

It seems to me that we lost that focus lately.