hanelyp wrote:
And what would be the Debye length in a region where the mean free path is larger than the size of the chamber?
Do alphas escape the chamber separately or together with lost ions and lost electrons? I think that together.
And Debye length has nothing to do with free path.
Quote:
Debye length (also called Debye radius), named after the Dutch physicist and physical chemist Peter Debye, is the scale over which mobile charge carriers (e.g. electrons) screen out electric fields in plasmas and other conductors. In other words, the Debye length is the distance over which significant charge separation can occur.
For TOKAMAKs and gas discharges Debye length has an order of 0.1mm
http://en.wikipedia.org/wiki/Debye_lengthhanelyp wrote:
Far smarter people than you have attempted to prove the polywell can't work, and been persuaded the device has a chance.
Thanks. To me all the same will Polywell work or not. I practice in English, I have a little a good time here. For example, your and e.g. Kiteman’s rage amuses me when you are convicted of ignorance of very basic things.
Yes, when I am seeing wrong or doubtful statement - I am correcting. For example your very “smart” statements on uniform current distribution in TOKAMAKs or you today’s confusion of Debye length and free path.