This still has a lot to do with impedance matching the circuits. Also there is characteristics of pure water compared to water with impurities that benefit different applications.
Hopefully will be able to show some experiments on this topic in the near future.
pochintwin: Any updates on these designs? Hope all is well. Regards, S.
i think your on the right track but the meter only
showed somewhere over 100 v. i don't know exactly how many volts stan meyers cell went up to before the water basically separated into itsnatural elements. your video was dated aug 08 is that the latest. thanks
to worry about another container. This would be self contained I'm seeing. And on the tap would be the integrated nozzle and starter button. Water Torch! Possibly on the bottom would be the electronics and a lith-ion battery to supply the power with step up transformers and whatnot. Like the way I think? Come brainstorm with me, let's dream together.
Brainstorming again... Tubes are it because they form an electromagnetic wave guide. It focuses the waves. I postulate that were the tech sufficient and evolved we could bust a single molecule of water with a single waveform. Sniper style. I wonder what a cell would do if it were a series of coincentric SS honeycomb cylinders, with a solid outer SS cylinder with the outside half of that tube insulated, with an opposing center solid electrode. Then you could just fill up the tube and not have
Seems to be the hydrogen bonding that keeps the molecule together better. I know that sounds like 'duh'huh'. But distilled water is harder to crack with the same energy that you would use in an electrolytic solvent. Or even tap water which has dissolved many different elements negating the full on force of pure H20 hydrogen bonding. Also elements that have lone electrons in their orbitals. Dissolved elements might also counter to an extent the electronegativity of H20.
Very interesting to see experimenters replicating Meyer.
But 3 amps & 130 Volts is 390 watts, which means you would need some 3 liter pr. min to get to 100% efficiency. Your gas rate seems lower...
Thank's
oystla 2 years ago
this is only tap water if i would of use distilled water with KOH the rate of efficiency will be great.
pochintwin 2 years ago
This still has a lot to do with impedance matching the circuits. Also there is characteristics of pure water compared to water with impurities that benefit different applications.
Hopefully will be able to show some experiments on this topic in the near future.
pochintwin: Any updates on these designs? Hope all is well. Regards, S.
sirHOAX 2 years ago
i want to thank you for responding to my post
i think your on the right track but the meter only
showed somewhere over 100 v. i don't know exactly how many volts stan meyers cell went up to before the water basically separated into itsnatural elements. your video was dated aug 08 is that the latest. thanks
phsharon 2 years ago
I like low amps,a lot of others just dont get it.
Hollywoods7 2 years ago
hi??? i cant understand this?? HOW CAN YOU GET IT TO WORK LIKE THAT!???
imenhoteb 3 years ago
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V
to worry about another container. This would be self contained I'm seeing. And on the tap would be the integrated nozzle and starter button. Water Torch! Possibly on the bottom would be the electronics and a lith-ion battery to supply the power with step up transformers and whatnot. Like the way I think? Come brainstorm with me, let's dream together.
ananta0thegreat 3 years ago
Brainstorming again... Tubes are it because they form an electromagnetic wave guide. It focuses the waves. I postulate that were the tech sufficient and evolved we could bust a single molecule of water with a single waveform. Sniper style. I wonder what a cell would do if it were a series of coincentric SS honeycomb cylinders, with a solid outer SS cylinder with the outside half of that tube insulated, with an opposing center solid electrode. Then you could just fill up the tube and not have
ananta0thegreat 3 years ago
Seems to be the hydrogen bonding that keeps the molecule together better. I know that sounds like 'duh'huh'. But distilled water is harder to crack with the same energy that you would use in an electrolytic solvent. Or even tap water which has dissolved many different elements negating the full on force of pure H20 hydrogen bonding. Also elements that have lone electrons in their orbitals. Dissolved elements might also counter to an extent the electronegativity of H20.
ananta0thegreat 3 years ago
what do you use those big capacitors for??
carbednotch 3 years ago
not hooked up...
pochintwin 3 years ago
Are you using a pulsing circuit and inductors or is this straight rectified wall current?
Zer0PointUnlimited 3 years ago
using pulsing circuit
pochintwin 3 years ago
Nice one - close to Mr Meyer perhaps - does it run hot ?
furzeham 3 years ago
Just curious what are the peak-to-peak spikes on the scope? Excess the house voltage, or less? 120VDC+
sirHOAX 3 years ago
did not use the scope, it's around 130vdc
pochintwin 3 years ago
This video is to show if distilled water can produce HHO using the pulse unit
pochintwin 3 years ago
nice
owl4man 3 years ago
very impressive ... there is a bit more to doing this than just brute force ...
SmartScarecrow 3 years ago
That's pretty good!
I can't get hardle
anything out of distilled.
Spike
bulldogge1232000 3 years ago
you need very close spacing gap to work on distilled water.
dreamyear 3 years ago