Sure. In terms of calculating the *TOTAL* energy in the system, that's fine. When Alfven got to the point of "instability" (pinches inside double layers and whathaveyyouots in the plasma), he switched to his "exploding double layer" approach. At some point the plasma pinch is simply incapable of "carrying the load' and it "explodes" according to Alfven.
This has nothing to do with my comment on circuit theory as described in Õnel & Mann, please address the topic that is discussed.
That's the point where Alfven's double layer paper comes in.
And how exactly?
Oh please! I can't even get half your cohorts to accept the *FACT* that "discharges" occur in plasmas/conductors! Don't even *THINK* about preaching to me about understanding circuit theory and how Alfven applied it to solar atmospheric events. We'll get there t, but you could speed things up by dragging RC out of denial kicking and screaming if necessary. He's still clueless, and you aren't lifting a finger to clear things up.
I have nothing to say to RC, he will do what he will, and I am finished with the utterly stupid discussion about discharges. It is unnecessary, just do the physcis, look at the processes that happen.
Now please explain to us what YOU mean by circuit theory, it is Fig. 2 of Onel & Mann or is it Fig. 3. What exactly is the difference between Fig. 2 and Fig. 3?
No, you're playing with blinders on, and ignoring the particle kinetic energy entirely IMO. You certainly don't have a *FULL HOUSE* that includes LAB TESTS to demonstrate that your concepts of capable of generating gamma rays, neutron capture signatures in plasma, high iron ionization states, etc, etc, etc, all the thing that *electrical discharges* are KNOWN TO CAUSE in laboratory experiments.
Well, let's see, I wrote a paper on
radiation from double layers in solar flares and then I also wrote a paper about
radiation emitted from double layers from experiments I did in Alfvén's laboratory. Now, you have one paper, and ... nothing, or maybe the IRS does solar physics ...
Right. Your side can't even figure out what a *DISCHARGE* is, it *STILL* believes that discharges cannot occur in conductors, and it's in total denial of Peratt's definition of an electrical discharges *IN* a *PLASMA*. Don't even think about preaching at me. Anytime you want to help pick up the pace around here, you can drag RC, kicking and screaming into *PHYSICS* anytime you'd like. That would certainly help move things along.
Discharges is twenty pages ago, been there, done that, not interesting, utterly useless. Go do some real physisc, man, stop that bitching about a term that is useless, show what you want to do witn Önel & Mann, start discussing that paper, that is what you have said several times you want to have discussed, so start the frakking discussion.
But no, you won't do that, because that means putting effort in it, trying to actually understand the paper, trying to actually explain to us what you want with that paper. That is never ever gonna happen. Just start with my question above, what is the difference between Fig. 2 and Fig. 3 in that paper.
I'll go round up the other Wheatland paper again, and the relevant quotes so we can look a "circuit energy" again, and talk about "release mechanisms" in *CURRENT CARRYING* plasmas!
Oh now you want yet another paper again, what is wrong now with the Ö&M paper?
Well, this is the last night for me, I will be gone 3 weeks, and then I will be excited to see this discussion going full force, with circuits flying through the air, and plasmas flowing over the table.