50
3 Effects of the Introduction of Superconductivity into Electromagnetism
Fig. 3.18 a Current on the superconductor surface, b current on the surface of a virtual superconductor with no slit, and c current in the opposite direction in the slit region. The current in a is
obtained by superimposing those in b and c
is tilted to fit the slit. This means that the magnetic flux is tilted when it penetrates
into the interior.
Reference
1. T. Matsushita, Electricity and Magnetism—New Formulation by Introduction of Superconductivity (Springer, 2014, Tokyo)
3 Effects of the Introduction of Superconductivity into Electromagnetism
Fig. 3.18 a Current on the superconductor surface, b current on the surface of a virtual superconductor with no slit, and c current in the opposite direction in the slit region. The current in a is
obtained by superimposing those in b and c
is tilted to fit the slit. This means that the magnetic flux is tilted when it penetrates
into the interior.
Reference
1. T. Matsushita, Electricity and Magnetism—New Formulation by Introduction of Superconductivity (Springer, 2014, Tokyo)