Posted: Apr 20, 2018 12:34 pm
newolder wrote:
Other way around. The data disproves "W reduction at increasing T".Tâ(1e5eV)â(1.6e-19joule/eV)/(1.38e-23joule/K)
...
Tâ1e9K.
Within a couple of orders of magnitude of the transverse temperature, slightly smaller than the transverse temperature at the IP where there's greater transverse pressure but slightly larger elsewhere. â Peter Morgan Feb 20 '15 at 16:08
physics stack exchange sourcenewolder wrote:so how is it that those protons do not rise to the top of the vacuum tube?
Held by strong magnetic fields.
see LucidFlight above.The calculations of the required strength of the magnetic fields has 0 relation to your wibble.
Is T a measure of particle velocity ?