Yes, large amounts of energy confined in small volumes have interesting results when they go too nonlinear. 8^) The standard design for handling magnet faults once the confinement magnets get superconducting is to dump the stored energy into a brine pond of some acres in size. 8^)
On Friday, January 26, 2001, at 05:41 PM, Tony Finch wrote:
> Chuck Murcko <firstname.lastname@example.org> wrote:
> >I used to work on magnetic confinement fusion - RF heating
> Cool. When I was reading about the JET a few years ago I was seriously
> impressed, especially by stories of the whole several-hundred-tonne
> assembly bouncing when plasma containment failed...
> f.a.n.finch email@example.com firstname.lastname@example.org
> "And remember my friend, future events such
> as these will affect you in the future."
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