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If you have:
A Linear Induction Coilgun, basically like a series of Induction Furnaces, using copper coils with high AC current at a high frequency.
Where the projectile travelling inside those coils has a shorted superconducting coil around the outside of it, embedded in the ceramic projectile casing.
A) Will the projectiles superconducting wire get hot?
I would assume not since there is no resistance.
B) Will metallic components or distilled water inside the projectile (within the superconducting coil) get currents induced in them or get hot?
I would assume not since the superconducting coil is shielding them like a Faraday cage.
See attached image.
A Linear Induction Coilgun, basically like a series of Induction Furnaces, using copper coils with high AC current at a high frequency.
Where the projectile travelling inside those coils has a shorted superconducting coil around the outside of it, embedded in the ceramic projectile casing.
A) Will the projectiles superconducting wire get hot?
I would assume not since there is no resistance.
B) Will metallic components or distilled water inside the projectile (within the superconducting coil) get currents induced in them or get hot?
I would assume not since the superconducting coil is shielding them like a Faraday cage.
See attached image.
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