D'rok
Free Barbarian on The Land
- Joined
- Dec 29, 2006
- Messages
- 6,399
I think we've pretty much settled on the fact that you are using a definition of discharge that simply means current. As tusenfem said:http://www.spaceref.com/news/viewpr.html?pid=32448
IMO you're underpaid.
That definition fits with these sorts of observations, but a plasma is a plasma not a gas. We can still "discharge" electromagnetic energy through a plasma, just like we do it through a gas. It's still the same physical process, we simply begin with a plasma. I'm open, but I must say I'm pretty bored around here right now. I'm so busy at work, this conversation is simply not a high priority. Once we can agree that "discharges happen", even in a plasma, the conversation might be able to move forward. I know that you and several others are willing to do that, but some of the hard core "haters" with previously false statements to worry about are continuing to drag their feet. At this point the conversation simply isn't moving forward simply because a few haters are in hardcore denial that discharges happen, even inside a plasma. Oh well....
If you can confirm that this is what you mean, then we can move on.So, fine I will state from now on a discharge is to be considered a current in a plasma.
BTW: The definition I posted is Dungey's. His definition looks indistinguishable from a current to me, but what do I know? It is from his paper Conditions for the occurrence of electrical discharges in astrophysical systems and, in full, is this:
Dungey said:In the following no particular system is discussed, but any system of interest can be described for our purposes as a large mass of ionized gas in a more or less complicated state of motion. A 'discharge' will be a region in which the electrons are accelerated to high energies by the electric field, so that all the electrons are moving in the same direction with large velocities.
It's a general astrophysical definition and does not refer to plasma specifically.