plasma hho or

DO NOT USE ELECTROLYTIC CAPACITORS. (forgot to mention that in the video). watch in HD.

This is a reaction I get at approximately no greater than 480 watts of input power. I can pull out and hold the cathode as soon as I turn it off and is relatively cool. It doesn't matter how long it is on. Can someone tell me what is happnin? The whole reaction is centered around the voltage drop properties of the capacitor bank I think. When more amps flow through the bank, there is a voltage drop. When I adjust the dimmer, in series connected to the bank, I think it changes the properties of that voltage drop as I get better results when the dimmer is at low power.

The cathode in this setup is made of copper which is fine because the anode is made of 304 stainless steel. The copper becomes electroplated with the steel and so no erosion to the cathode will happen.

The solution is composed of filtered tap water (need to get my distiller working) and a tbl spoon of baking soda salt mixture (4:1 soda to salt ratio)

Category:

Science & Technology

Tags:

• hho
• plasma
• electrolysis

[crob227]

very good video,,,, want to see something really spectacular, hook the primary opf the microwave oven transformer in series with one of the leads that go to the water,,, i suggesst you look at my resonance steam cell video playlist.....

[lApEkv2l]

I modified your advice a little and holy wow. Instead of a microwave oven transformer, I used an oil burner transformer. Once I pre-heat the cell, I connect the primary in series with the cathode. The difference is kinda explosive. Doing the next video today.

[RaulHHO]

espero q tu sistema sea el simple evaporador de gasolina mesclado con un poco de hydrogeno o emulsion de aceite, o un engano diferente, la cosa es q me suscribi

[crob227]

have you used the secondary yet???

did youwatch thewhole series??/ you will learn alot.