HHO Implosion Engine Study

[IronHead]

HHO burns hot but very fast so it has no chance to migrate . The implosion has little heat at all. But solenoid  might be the only way to go in testing. It should be pretty powerful really . There is always the multiple ignition concept as well if it  does not produce the desired power output

[Dingus Mungus]

Brilliant combustion cycle d3adp00l!

I have a suggestion for the valves...
You could use a ball valve driven by a spocket/cam shaft.
I'd just make sure I had adiquate arrestors on HHO lines.

example:
http://www.xomox.com/Xomox/htdocs/northamerica/tufline/sleeved/flanged/067/withwrench.html

The problem is most ball valves are 50% on/off per rotation.
You'd need a larger internal pivot and a smaller through way
and you would have two combustion cycles per cam rotation.
Either way the reactor and the cylinder will equalize no prob.
Less energy conversion that way which should reduce losses.

~Dingus Mungus

[Robb077]

Wish sometime would try burning hho in a nearly closed container. To get over-unity it might be necessary to get a plasma going...separating the electrons and recombining. An hho plasma could run a steam device at overunity. At first, water..until the temperature rises, then hho burning into hho = plasma with reduced hho input.

[Dingus Mungus]

You mean to use the a plasma arc for electrolysis as well as combustion???
Like in a closed loop? You should post a design pic and a cycle discription.

~Dingus

[Robb077]

No. If you fed hho in an inverted ceramic coffee cup,fed up through a hole in an iron plate, with another small hole for vacuum/expansion, you should get plasma formation. At first, you will get the hho into water, but after the heat rises, a plasma should form and you can turn the hho feed way down. A good hho heater can be made this way.