Cold Fusion Plasma 2

Cold Fusion test at 180 Volts DC with still photos of the electrode in action.

Category:

Science & Technology

Tags:

• ColdFusion
• Plasma
• High
• Voltage
• DC
• CFR
• Reactor
• HHO
• Electrolysis

[casualbrian]

Mmmmm I love this beautiful claim you've made. Please show the neutron counter.....

[mdbreedi]

Let me see??? It's in this shop somewhere, where did I put it?? You have it? I tell you what when I find it I'll let you know, k

[khargrar]

@mannnny1 100 000 000 K is 99 999 727 °C, not 273 000 000, dude...

[SASNIGHTCRAWLER]

@lostbuffalo the amazing thing is, the fish was still alive when he turned it off, it was laughing its fins off for a week. :)

[lostbuffalo]

First you must have heavy water which is deuterium oxide. the hydrogen molecule is deuterium an isotope of hydrogen with one extra neutron.

the 2 protons and 2 electrons from the hydrogens fuse into one helium atom and the discarded neutron is the source of the heat generated.

the freeing of the hydrogen from water requires an input electrolysis which is returned along with free oxygen.

[lostbuffalo]

If there was fusion going on you would be creating a surplus of oxygen as deuterium atoms fuse into helium and protons are unraveled from particles into rays. Enough fusion to create this much visible light would result in deadly neutron exposure.

No heavy water, No free deuterium or tritium (hydrogen bearing 1-2 excess neutrons) to start with, and no resultant Helium or neutrons= no fusion. Ordinary Hydrogen (One Neutron) has never been fissioned or fused anywhere but in the sun.

[GooeyGus]

wait wait wait... you all are trying to tell me electrolysis != cold fusion?!

Crap. I thought I was going to be a billionaire.

[aradioactivedonut]

Not only is no fusion occurring here, but this isn't even a correct Fleischman/Pons cf experiment (which isn't fusion either)

[Tyson200422]

this isnt fusion, its what happens when you weld under water, your separating hydrogen from oxygen and ignighting it with heat, nothing more.

[mannnny1]

I would just like to say that i applaud your efforts to discovering science and sharing your findings with others. However with that said you clearly have little understanding of the dynamics of fusion. It requires 4000 volts of energy just to break the molecular bonds in water molecules.Fusion is a whole different can of beans. Fusion requires a temperature of 100 000 000 degrees kelvin or 273 000 000 degrees celsius. Somehow i find it hard to believe those temperatures are being reached here.

[SobeDragon7]

nat gonna lie. looks like plain electrolysis to me. And there's no way you're getting fusion from 180V.

If you're talking about fusing a couple electrodes together, sure.

[davidkerr7]

i was trying to make a cold fusion reactor

was wondering if where getting excess heat out

and if so how much