- #1
Stanley514
- 411
- 2
As I know main limitation of
superconducting energy storage is Lorentz
forces which are created by magnetic field
and ultimately destroy a superconducting ring.
But there exist so called plasmon waves or plasma
waves which could spread in metals and plasma.
If I no make mistake they don't create magnetic
field.I wander if it's possible to create conditions
when those plasmon waves will be dumpless
and dissipationless (in superconductors?) and
what will be limitation to energy density of this
waves. Also if it's possible to use plasmons for
energy storage?
superconducting energy storage is Lorentz
forces which are created by magnetic field
and ultimately destroy a superconducting ring.
But there exist so called plasmon waves or plasma
waves which could spread in metals and plasma.
If I no make mistake they don't create magnetic
field.I wander if it's possible to create conditions
when those plasmon waves will be dumpless
and dissipationless (in superconductors?) and
what will be limitation to energy density of this
waves. Also if it's possible to use plasmons for
energy storage?