Hydrosonic Pump

[mscoffman]

I made a hydrosonic pump (200mm x 50mm rotor) from plates of acrylic glued together. It was spun up to 6000rpm before it ran by itself,had to dump water into cavity to stop it.No heat or steam was produced.On 3rd attempt the rotor started to rub on the casing. It was rebuilt using stronger material (fiberglass) but it failed to operate !!!
One day I will try again - good thing I had 4 witness's that also saw it run

That's interesting, but the material you used for the rotor (acrylic plastic)
is a linked chain hydrocarbon, as well as the fact that it does not have
thermal dimensional stability. I know it makes it easy to machine and
produce a variety of experimental versions, but it won't do for a final version.

It should be relatively easy to take an operable acrylic rotor and reverse
cast a clay/glass version and fire it to harden it, if you need an exact copy.

As I mentioned previously, because a griggs pump will heat water
underunity, it makes it difficult to guarantee under what
conditions overunity energy production will persist, but is the only
thing that will work for the long haul.

:S:MarkSCoffman

[Omega_0]

I made a hydrosonic pump (200mm x 50mm rotor) from plates of acrylic glued together. It was spun up to 6000rpm before it ran by itself,had to dump water into cavity to stop it.No heat or steam was produced.On 3rd attempt the rotor started to rub on the casing. It was rebuilt using stronger material (fiberglass) but it failed to operate !!!
One day I will try again - good thing I had 4 witness's that also saw it run

LoL, you mean the pump ran by itself without water ? Nor it produced any heat? And still you call it hydrosonic....

[Omega_0]

I seem to recall an invention being mentioned which makes use of hydrosonics via solid state methodology which was being positioned for the home water heating market.   Hey, if the lowly pistol shrimp can master the finer points of hydrosonic cavitation.....why not we?

http://www.youtube.com/watch?v=eKPrGxB1Kzc

Very interesting...
That shrimp can heat up the water to the temperature of the sun just using some bubbles. Impressive.

[onthecuttingedge2005]

Very interesting...
That shrimp can heat up the water to the temperature of the sun just using some bubbles. Impressive.

I stopped the video at the precise moment of the bubble imploding into a fusion reaction. it may be that this could indeed be made better using a specialized ultra Sonic cavity that focuses the bubble cavitation to a single implosion point, it would require a radial X, Y, Z focus so the fusion reaction can be continual without loss of the reaction. I could see it working.

Jerry

[TechStuf]

Solid State Shoestring Sonofusion.  Sounds eminently doable.

http://sonofusionjets.com/


TS


P.S. http://coldfusionfuture.com/Sonofusion_nuclear.html