In that case, maybe Bitter will be useful for some future thin-film superconductor, one that doesn't quench under high field strength.
Go Johan.
Bikeshedding superconductiong magrid design
Re: Bikeshedding superconductiong magrid design
Maybe, but why? Remembr, they are having trouble getting electrons into the MaGrid at 0.8T field strength.DeltaV wrote:In that case, maybe Bitter will be useful for some future thin-film superconductor, one that doesn't quench under high field strength.
Re: Bikeshedding superconductiong magrid design
Use magnetic metamaterials as field shields and send in "electron torpedoes" for pulsed or "electron spaghetti" for continuous operation.
Yuck. This is starting to sound like NIF.
(Hmmmmm... If one could make such a shield out of Boron 11...)
Yuck. This is starting to sound like NIF.
(Hmmmmm... If one could make such a shield out of Boron 11...)
Re: Bikeshedding superconductiong magrid design
My point was that excess field scaling versus size scaling seemed to cause problems. If so, why push for an even greater excess than can be easily gotten from a standard SC EM?