Re: FAQ - Gas handling systems for fusors
Posted: Mon Jul 20, 2009 2:57 am
Why do you assume the possibility is "minimal?"
Non-radial particle orbits with angular momentum exist. Just like planets orbit a star with elliptical trajectories, particles can orbit the cathode in a fusor with elliptical trajectories. They can run right into each other at high energy outside the cathode. The solid-cathode experiment does not preclude that.
>The density of neutrals around the rod is in general higher than the average gas density, as this has sort of a compression ratio, which I noted in another experiment with an open ended cylindrical grid spewing ions out of the open end.
The density of neutrals is generally higher? Really?
I think when you put the opened-up tube in there you get a hollow-cathode discharge inside. Maybe my reasoning is too conventional.
-Carl
I see nothing wrong in the conclusions drawn Carl. "Minimal" doesn't exclude other orbitals but does exclude all fast on fast at the focii which now inside the rod and beam paths through the grids which centre on the rods.
Ions colliding with the rods and neutralising or bouncing will have lower energy and diffuse away and thus create a pressure gradient. This also follows for hollow cathode discharge.
I think you are being argumentative.
Just my opinion.
Dustin.
Non-radial particle orbits with angular momentum exist. Just like planets orbit a star with elliptical trajectories, particles can orbit the cathode in a fusor with elliptical trajectories. They can run right into each other at high energy outside the cathode. The solid-cathode experiment does not preclude that.
>The density of neutrals around the rod is in general higher than the average gas density, as this has sort of a compression ratio, which I noted in another experiment with an open ended cylindrical grid spewing ions out of the open end.
The density of neutrals is generally higher? Really?
I think when you put the opened-up tube in there you get a hollow-cathode discharge inside. Maybe my reasoning is too conventional.
-Carl
I see nothing wrong in the conclusions drawn Carl. "Minimal" doesn't exclude other orbitals but does exclude all fast on fast at the focii which now inside the rod and beam paths through the grids which centre on the rods.
Ions colliding with the rods and neutralising or bouncing will have lower energy and diffuse away and thus create a pressure gradient. This also follows for hollow cathode discharge.
I think you are being argumentative.
Just my opinion.
Dustin.