if some strong magnets can conduct electricity, then build the electrolyzer out of them ;) may be a new direction to go in than trying to perfect an old design using stainless plates.
Excellent experiment ! BTW, water is now splitted into ions which are electrically charged - this is the reason why they are reacting to magnetic field. Keep up the good work !
Very Cool When I tell my frends about my dubble helx cell they look confused seems like the right name for this sort of design.
Nice work also trying to encourage gases upward movment without using extra power have found plastic outer tube the right length in the right position makes water travel up in middle of cell and down around the outside of the outer plasic tube.
This may be a silly question however, would there be any effect placing a magnet on a tube (feeding to a Carby) leading to a Carby (placed before the butterfly. How would the hydrogen react?
You are creating a magnetic reaction when you split the hydrogen molecules from the oxygen molecule. Do a little chemistry research and you will find out about the 90 degree tangent that the hydrogen molecules attach themselves to on the oxygen molecule. This is no coinsidance, the hydrogen molecules repell themselves but the oxygen molecule has such a strong magnetic field that the hydrgen molecules cannot come unglued from it.
i have read a design for exciting the hydrogen more before the engine by somehow using a chamber containing some form of magnet. if you find out how let us know! it wouod likely make the hydrogen even more efficient for cars that use all hydrogen in the future.
try pulsating the 12v @20k hertz and you'll quadruple your hydrogen output and at the same time it will lower your amperage usage to 1/3 of the amount used now. this is the final secret for all hydrogen experimentors. nice work though! thanks for the video...
if you could isolate a section of coil that is producing O and check it that would be good. The counter play to the O theory is the fact that it seems to be the small bubbles reacting, which should be H, but like I said it has yet to be determined.
this effect seems to be limited to coil type cells, plate cells do not show any affect to magnetism, even very very strong b fields. the coil may impart a magnetic component of spin to the gas produced, whether its affecting the H or O has yet to be demostrated, more than likely its the O due to its paramagnetic properties.
Interesting indeed, I am sure we all want to know the output here, so please keep us posted. I might even donate a PWM for you, just determine the frequency that works best for you. Visit my site for more details. I just might try doing your cell myself.
Emf, oops. I was thinking it convection by heat that moved the water but did not think about emf power. it seems if they are inverted you could get max power out of it. a yin and yang Thing.
nice one
crudeoilsystems 3 months ago
interesting idea!!
if some strong magnets can conduct electricity, then build the electrolyzer out of them ;) may be a new direction to go in than trying to perfect an old design using stainless plates.
bikr1975 2 years ago
what are you doing I dont understand
stickon2me 2 years ago
Excellent experiment ! BTW, water is now splitted into ions which are electrically charged - this is the reason why they are reacting to magnetic field. Keep up the good work !
aginstit 3 years ago
Very Cool When I tell my frends about my dubble helx cell they look confused seems like the right name for this sort of design.
Nice work also trying to encourage gases upward movment without using extra power have found plastic outer tube the right length in the right position makes water travel up in middle of cell and down around the outside of the outer plasic tube.
hope to see more of your work soon.
AVAMagneticlev 3 years ago
This may be a silly question however, would there be any effect placing a magnet on a tube (feeding to a Carby) leading to a Carby (placed before the butterfly. How would the hydrogen react?
Tropicous 3 years ago
You are creating a magnetic reaction when you split the hydrogen molecules from the oxygen molecule. Do a little chemistry research and you will find out about the 90 degree tangent that the hydrogen molecules attach themselves to on the oxygen molecule. This is no coinsidance, the hydrogen molecules repell themselves but the oxygen molecule has such a strong magnetic field that the hydrgen molecules cannot come unglued from it.
newagemotor 3 years ago
Haha... you mean there's an actual intelligent person on YouTube?? Just kidding, lol. Good insight though.
graceoverall 3 years ago
i have read a design for exciting the hydrogen more before the engine by somehow using a chamber containing some form of magnet. if you find out how let us know! it wouod likely make the hydrogen even more efficient for cars that use all hydrogen in the future.
gratch12 3 years ago
try pulsating the 12v @20k hertz and you'll quadruple your hydrogen output and at the same time it will lower your amperage usage to 1/3 of the amount used now. this is the final secret for all hydrogen experimentors. nice work though! thanks for the video...
variablestatus 3 years ago
You should try isolating variables such as the possibility that the coil itself is producing the magnetic field.
agent007a 4 years ago
Great Work!!
How are you shaping your helixs so perfectly? and what are you using the hold them in place?
jaxjoker08 4 years ago
He shows how on an earlier video.
Kevinite 3 years ago
proper job. guess we DIY's have to catch in and do the works that has been ignored and prevented. keep up the great work.
aldi33391 4 years ago
I'm not sure guys.. I think all I'm doing is affecting the water like it can be seen on
"Magnet moves water (diamagnetism)" by electricpete1 (youtube dot com/watch?v=2FvWtEdY4sE)
But the effect may be kind of magnified by the EMF of the coil cell..
Not sure if this is useful for anything yet...
UserName732492 4 years ago
if you could isolate a section of coil that is producing O and check it that would be good. The counter play to the O theory is the fact that it seems to be the small bubbles reacting, which should be H, but like I said it has yet to be determined.
mielectric1 4 years ago
read first comment then this one.
mielectric1 4 years ago
this effect seems to be limited to coil type cells, plate cells do not show any affect to magnetism, even very very strong b fields. the coil may impart a magnetic component of spin to the gas produced, whether its affecting the H or O has yet to be demostrated, more than likely its the O due to its paramagnetic properties.
mielectric1 4 years ago
could you use the magnet to capture the hho into a tank?
mortalblister 4 years ago 2
It looks like you are upsetting the magnetic field that is created by the current flowing in the electrode, very interesting tough!
bornman88 4 years ago
Oxygen is para magnetic
h2opower 4 years ago
Heel goed man !
hoekf 4 years ago
Great Work. Something New.
dulcajack 4 years ago
Interesting indeed, I am sure we all want to know the output here, so please keep us posted. I might even donate a PWM for you, just determine the frequency that works best for you. Visit my site for more details. I just might try doing your cell myself.
pwmpower 4 years ago
Wow, very cool, your messing with rmf of the cell but Its never been seen before. alot of minds will be spinning on this one. Keep it up.
czarwright 4 years ago
Emf, oops. I was thinking it convection by heat that moved the water but did not think about emf power. it seems if they are inverted you could get max power out of it. a yin and yang Thing.
czarwright 4 years ago
Not sure if this is evidence of magnetic gas or that the water is being affected by the field which pushed the hydrogen around.
Now the question, how do we use this effect to order the water mollecules for more efficient electolysis?
ZeroFossilFuel 4 years ago
That is very very interesting! Good luck on all your future projects. I'll be watching for them on the tube.
Maurice
mozon1967 4 years ago
Looks great! I look forward to measurements.
Greasy001 (It ain't easy being Greasy)
Greasy01 4 years ago