High voltage HHO by IronHead

[IronHead]

Everyone that builds this test cell to the completion of the 3d prints please sign in.
Then we will move on.

Meanwhile does anyone here understand what is going on at the atomic level  inside of these cell cavities . If you do please reply and we will talk about that .
Everyone 

My computer is interactive with me while I build . You might notice
< from my av. no mouse or keyboard , replaced by gloves with gesture . Wall projection monitor and or head mounted display with look though LCD shutter technology.
This means I am here most of the time.

Thank you
IronHead

[hkyle]

Ya mean
In the cell current disassociates the water molecule into hydroxide OH- and hydrogen H+ ions. At the cathode, hydrogen ions accept electrons in a reduction reaction that forms hydrogen gas. At the anode, hydroxide ions oxidize and give up electrons to the anode to complete the circuit and form oxygen.

[MarkEngr]

Why are we enclosing every set of plates and not letting the water flow freely around them? Do we let the water flow over the top of the plates from cell to cell? Please explain the cell cavities.

Once we have seperated the water molecule are we passing it through some sort of paramagnetic absorber to produce the more desirable parahydrogen? It seems that the "quality" of the gas becomes more important at some point than the lpm. If we got the correct ratio of parahydrogen with ortho with a mixture of air into the fuel intake we could control the power of the reaction and limit the need to use ceramics or some other high heat material within the engine.

[IronHead]

ok MarkEngr go back and read the 3d prints first off . the top and bottom are open at this point . go back a few pages from there and and read everything to this point .
There is no para yet we will get into that later. We are starting from ground 0 here.

[IronHead]

Ya mean
In the cell current disassociates the water molecule into hydroxide OH- and hydrogen H+ ions. At the cathode, hydrogen ions accept electrons in a reduction reaction that forms hydrogen gas. At the anode, hydroxide ions oxidize and give up electrons to the anode to complete the circuit and form oxygen.

Good post


anyone else like to explain whats going on in a cell cavity ?
Learning is part of saying it . and helps me to understand where everyones head is at.
If you don't understand   speak up as well.