Originally posted by tutanka
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Originally posted by Slovenia
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Notice that I post it as question to Aaron. I just learn it too. I think you are the best person to answer it . Can you explain some background history of the device?
I interested with the device since it use low voltage and magnetism.
If I have to suggest then (may apply to water + ambient air ionization process too):
Fact:
- Oxygen is heavier than Nitrogen
- Oxygen is heavier than Hidrogen
- Many university plasma use copper for input, maybe inspired by Viktor Schauberger that first process must be copper
- Copper has less fluid friction than other metal
Assumption:
- many example are using DC, although university use HV except for the arc method.
- magnet help cracking method, I suspect electromagnet has more power than permanent magnet. However, the magnetism may be reduced a lot by the metal tube shielding.
- Aromaz give hint that I assume that iron give better electromagnetism than copper. So instead of copper wire with resistor, it might be better to use iron wire.
- stainless steel material is to withstand salt corrotion creating acid/base while processing.
- input and output placement can be critical.
- When air is rotated inside a tube, the heavier element will thrown to the side. In case of ambient air, oxygen will be the one that get pushed to the side while nitrogen get pushed to the middle.
- In case of water steam and process is strong enough to crack the molecule then oxygen ion get pushed to the side, hydrogen ion get pushed to the middle. I think this is the reason for why the middle has to be negative.
- A strong spin inside the tube may aid the separation process. I don't know which rotation direction is better, maybe right hand rule, but the incoming air should be made rotating when coming in. Maybe a directed fin/tube to prevent the air coming in create a spin inside a spin.
- water molecule separation from just spinning may polarize the tube and middle electrode from ionize hydrogen and oxygen.
- for NH bonding, maybe joining two tube, one ambient air other water steam, has to kept the air at the side (oxygen) to keep at the side when joining. So hydrogen in the middle of water steam tube have chance to react more with nitrogen in the middle of the ambient air tube.
- For N extracting O from the H2O, joining tube is done with water tube in the middle and ambient air tube in the side. So nitrogen in the middle of ambient air tube will have chance to react more with oxygen in the side of water steam tube. From the diagram of D18, it seems to be in this configuration. Maybe the water steam input must be placed at the middle of the the tube and at further inside the tube to allow the nitrogen and oxygen to separate first, maybe at exact center. No mention of electrolized/spinning water steam though.
- water steam is a steam from boiling water by means electrolysis (also get ionic H and O) or radiator. Or maybe from tractor carburetor mentioned in D18.
unclear point:
- why we can not see the tube coil in that link picture?
- should the water level reach 1/4 diameter of the tube?
- do the tube have to be parallel with the car? Or it has to be parallel with the engine?
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