- #1
BlindRacoon
- 4
- 0
Hey all,
I'm just working through the london theory of superconductors. I've dervied the london penetration depth, the distance for the amplitude to drop by a factor of 1/e... Seems simple...
Now my book talks about applying a an ac magnetic field to a superconductor. How would the field in the superconductor change as a function of time?
I think it should just effectively be a waveform of the same form frequency of the ac magnetic field applied to it with a smaller amplitude?
Any discussion would be greater! Struggling to see any different from this!
I'm just working through the london theory of superconductors. I've dervied the london penetration depth, the distance for the amplitude to drop by a factor of 1/e... Seems simple...
Now my book talks about applying a an ac magnetic field to a superconductor. How would the field in the superconductor change as a function of time?
I think it should just effectively be a waveform of the same form frequency of the ac magnetic field applied to it with a smaller amplitude?
Any discussion would be greater! Struggling to see any different from this!