The problem with HHO propagation is-it is too slow.
What we need ,is a liquid that expands instantly when an electrical current is passed through it,and then contract's to it's original volume when the current flow is cut.
Once this is found,we then build a simple diaphragm engine to harness this effect. 
HHO production rate (what i assume you mean by propagation) is very slow via Faraday Electrolysis straight DC. There are ways to "instantly" create a pressure increase ('very' rapid liquid / gas rate of change) there is a video floating around of an OUR members secret tech, or you can look at the Gorilla, same effect different ish process. A liquid that expands instantly when an electrical current is passed through it, and then contracts to it's original volume when the current flow is cut, does not exist and would require a new mechanism of operation (frame of reference). Currently there are only two main mechanisms that exhibit an overpressure condition through a phase transition change of state of the system liquid, electrolysis (real gas) and boiling (pseudo gas). You are looking for both the mechanism and the fluid.. hhop gen 7 suggests that it is possible to have an inner heat engine based around the electrolysis principle, and an outer cold engine based around the boiling of a cold liquid fluid pump. The key component is the heat exchanger sleeved between the annular gap of the hot / cold heat engine pump, which must efficiently transfer heat from one side of the system to the sink, while absorbing all mechanical stress developed by mechanical system operation and thermal system solid stress differential. I don't have to invent anything new to explore this potential, just need my own lab and sufficient resources to support it.
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Topic: OUR, window on the world. (Read 310818 times)
