HHO Implosion Engine Study

[Robb077]

Ironhead:
The technology is really Langmuir's. You proved it works with the plasma electrolysis. The ceramic heater using hho method is just no parts to wear out and possibly more user friendly. 

[IronHead]

Yes , I am starting to see how this works . And I should have much attention to this as winter is not far off . A heater cell that requires  little maintenance is what I set out to do years ago with the plasma system . I just ended up in the middle of winter  installing  the experiment I was working on and went no further.
The more I think about the more important it becomes as there will be a need very soon. 


The need outweighs the want
IronHead

[Robb077]

The ceramic in the patent is aluminum oxide. Magnesium oxide is about 1000 degrees higher melting point...3000 c compared to 2000 c.

The question is what causes the plasma? It is the electrolysis of water AND the reburning of the ionized hho gas. 
The ceramic heater is just a separation of the two components, which is good, because the metal parts are out of the plasma heat, which they should be to last. The plasma is still self-propagating, overunity and water based.
The technology is the same as the plasma electrolysis, just divided up into two stages.

[d3adp00l]

The lack of compression leads to much less heat on the exothermic side of the reaction. The power is not in this phase of the motor, the real power is from the vacuum that is created when the hho is reduced to h20.  The temp of hho at normal pressure burning won't melt plastic bottles, I doubt if there will be much heat transfered to the engine itself.
And as we all know if the temp in is the same as temp out and work is done then we have what we have been looking for. solenoids would be good but costly for the ones that would be needed to contain the engine.

[IronHead]

true. Also I have  done about 200 runs of implosion in a large plastic syringe there has been no trace of heat damage in any way. It was just cleaned up but you cleanly see no damage here.Sorry forgot to put the igniter in there. It just runs right up through the outer ring of the syringe tip.