Cold Fusion H2O 400ml + NaHCO3 11g

[Aleque]

MAGICZ!

[Lenangreal]

if this is cold fusion, you should produce cobalt from iron 

[vmelkon]

You aren't using palladium?

[Sigitask]

@vmelkon No, I'm not using palladium. Electrode is Tungsten and inox.

[stickyfreshpurp420]

we cavemen we no use proper talk on thread. we like talk like idiot

[Telepcanin]

is that hot ? but seriously? are u basically fusing 2 atom into new element or ????? thanks !

[ResinRat2]

Just a question. Why was 280 Volts chosen? Is this a threshold voltage below which nothing happens? I am just curious if this can be accomplished at a lower voltage setting? Thanks for any comments you can post of your experience with this..

[Sigitask]

Plasma start at 150-180v, 280v looks good power of plasma. Basically voltage depended on total surface of cathode, what is immersed in solution.

[ResinRat2]

Thank you for the reply. Are you saying that the greater the surface area of the electrode below the liquid level, the greater the voltage required to produce the plasma?

If this is so, then a much smaller immersed surface would require less voltage to produce plasma.

I was thinking of experimenting with 1/16" diameter thoriated tungsten electrodes for my first test. I want to achieve a plasma formation at the lowest voltage possible. Does this seem feasible to you? Again, thank you.

[Sigitask]

No it is oposit, if you will use electrode with smaller imersed surface, voltage will be bigger or remain the same. If you will use bigger surface voltage must be lower. in my experiment I use 4 mm electrode. and it was immersed some 10mm deep. But basically low voltage is difficult to achieve, I think limit is some 110-120 volts.

[carlenem59]

Excellent

[Sigitask]

Thanks!

[sciencoking]

can you please tell me how this works/is supposed to work? thank you :-)

[bellaboo44]

wow

[Abrin19]

Good work keep on