Hey does anyone know how this is made/ set up can someone provide me with a link or something on how to make something like this for a presentation. i understand the basic "materials" he used to do this but I'm curious as to how its built/ operated. Any help would be appreciated.
Este video foi uma bastante ajuda. Tava querendo ver como funciona uma Karman sensor num carro. Isso explica perfeitamente em minha mente. Obragado. Tambem este musica é mesmo sientifica. Haha
Hi Gustavo. That's a very very impressive visualization indeed.
I wonder what the strength (amperes) of current and/or the voltage needed to produce this neat stream of hydrogen bubbles is. And, I think the bubbles are being produced intermittently and continuously. What is the time between two electric pulses in this case ?
I used four stainless steel wires... about 600mm long. The DC power supply was set to 60V, but you must have some control in order to cahnge the rate the bubbles are formed. You need small bubbles that will follow the flow, but still big enough to generate nice traces. There was no need to add salt in the water... London water is very hard already...
1. Is (60 V) voltage the only criterion or can we work with lesser voltage that can produce sufficient "ELECTRIC CURRENT" to cause electrolysis of water ?
2. Where were the four 60 CM wires positioned in yr visualization experiment ?
Is easy to produce. Yo only need a thin wire inside water channel, pass an electric current through it, and the bubbles appears, via electrolysis. A thin layer of really small hydrogen bubbles. The water should have enough electrolytes . Also, the hydrogen bubbles have a neutral buoyancy inside the water, so they don't affect the flow pattern
fantastic!!!!
imdbstar 7 months ago
I have no understanding of this and yet I watched it twice. Very interesting things are just very interesting, I suppose.
slump75 1 year ago
Hey does anyone know how this is made/ set up can someone provide me with a link or something on how to make something like this for a presentation. i understand the basic "materials" he used to do this but I'm curious as to how its built/ operated. Any help would be appreciated.
Slokos1 1 year ago
Hmm I loved doing these labs.
Brad1711 1 year ago
I love it!!!
Thanks for make it and upload it!!!
curva130r 1 year ago
Very cool means of visualizing the paths the gas bubbles are taking. It's like the next evolution of using a wind tunnel to study drag forces.
xxlegolas 1 year ago
Este video foi uma bastante ajuda. Tava querendo ver como funciona uma Karman sensor num carro. Isso explica perfeitamente em minha mente. Obragado. Tambem este musica é mesmo sientifica. Haha
tracksidetuning 2 years ago
this music is making vortexes... in special places.
kronicred 2 years ago
that's a very nice visualization. did you also do quantitave measurements, and publish in a journal?
bsanderse 2 years ago
Hi Gustavo. That's a very very impressive visualization indeed.
I wonder what the strength (amperes) of current and/or the voltage needed to produce this neat stream of hydrogen bubbles is. And, I think the bubbles are being produced intermittently and continuously. What is the time between two electric pulses in this case ?
Thanks.
rajkjam 2 years ago 2
Hi,
I used four stainless steel wires... about 600mm long. The DC power supply was set to 60V, but you must have some control in order to cahnge the rate the bubbles are formed. You need small bubbles that will follow the flow, but still big enough to generate nice traces. There was no need to add salt in the water... London water is very hard already...
Cheers,
Gustavo
gutoassi 2 years ago
Dear Gustavo. Thanks indeed for replying.
1. Is (60 V) voltage the only criterion or can we work with lesser voltage that can produce sufficient "ELECTRIC CURRENT" to cause electrolysis of water ?
2. Where were the four 60 CM wires positioned in yr visualization experiment ?
Regards.
rajkjam 2 years ago
stinknormal
denon9000cd 2 years ago
very precise, and simultaniously very trippy!
otmq 2 years ago
great work, thank you!
fussspura 2 years ago
Hydrogen is used because of how safe it is....
redpaintball7 3 years ago
lol
Sidowse 3 years ago
Why hydrogen? I don't know, it seems awfully dangerous.
Sidowse 3 years ago
easy to produce directly in the flow
671056 3 years ago
Two reasons:
Is easy to produce. Yo only need a thin wire inside water channel, pass an electric current through it, and the bubbles appears, via electrolysis. A thin layer of really small hydrogen bubbles. The water should have enough electrolytes . Also, the hydrogen bubbles have a neutral buoyancy inside the water, so they don't affect the flow pattern
felixsalazar 2 years ago
Comment removed
rajkjam 2 years ago
small bubbles of hydrogen...
hydrogen AND oxygen..... with twice as much hydrogen gas as oxygen. (h2o)
mckseal 2 years ago
I missed some music too... hehe. But great work, Guto!
bresslau 3 years ago
hehehe... soundtrack for you, Bress...
gutoassi 2 years ago
Thanks! Tava pensando em ir para aí no final desse mês, mas tive que desistir. Me avisa antes de ir embora, ok?
bresslau 2 years ago
were gona need a lot more hydrogen...
jayandersons 3 years ago
2:07-2:30
Most beautiful part..Thanks!
digitalgamsawala 3 years ago
Coooool!!!
I just miss a soundtrack...
Brilliant job.
bscarmo 3 years ago