I see,
yeah, it seems you have to generate the Hydrogen gas with a pulse and then
cut off sharply the power, so that the Hydrogen gas just jumps away from the
electrode and the recombines in the arc with the generated oxygen at a distance from
the electrodes...
I guess this requires a good tuned pulsing circuit setup to reduce the consumption
of the TungstenCarbid rod.

Is the Stainless Steel mesh also consumed in your device, IronHead ?

Quote from: hartiberlin on March 08, 2007, 10:14:19 PM
I see,
yeah, it seems you have to generate the Hydrogen gas with a pulse and then
cut off sharply the power, so that the Hydrogen gas just jumps away from the
electrode and the recombines in the arc with the generated oxygen at a distance from
the electrodes...
I guess this requires a good tuned pulsing circuit setup to reduce the consumption
of the TungstenCarbid rod.

Is the Stainless Steel mesh also consumed in your device, IronHead ?

Not as of yet there are some tiny holes in it so far like burn holes.
I am uploading the video with the electron looking activity to YouTub now.

Damn they compressed it to much you can't see them now. I need a place to store a video of this, it is fascinating.   3.7 megs

Here we go , take a look at this ,the blue electric like critters.This one burned up  but you get the idea.

Hi IronHead,
is this new video now 90 degrees rotated ?
Where is the Tungstencarbid rod coming into the mesh tube ?
From the right side ?
Many thanks.

Fusion Dance AVI
The reactor is vertical  the video was taken at 90* to get the full shot.

Tungsten blue tip rod enters from the right. This rod burned up fast about 2 hours.
Also the screen burned up in about 12 hours on this old test, about 3 years old.

This reactor did release a lot of energy, but as you can see the pulses were getting close but not right. This arc is considered unstable.

Do not use Blue Tip rods  use the Green Tip Pure Tungsten rod.