The value of this quantity in an Abrikosov vortex is the winding number times hc over 2 e. In approximations to solar plasma, this quantity moves with material according to the freezing-in theorem. In the generalized form of London's second equation, a quantity with units equivalent to this is divided by two pi. This quantity is related to charge by a memristor. This entity is quantized in units of "2 n pi h-bar c over e" within a superconductor. The rate of change in this quantity in time is proportional to induced emf by Faraday's law of induction. This is the integr
The value of this quantity in an Abrikosov vortex is the winding number times hc over 2 e. In approximations to solar plasma, this quantity moves with material according to the freezing-in theorem. In the generalized form of London's second equation, a quantity with units equivalent to this is divided by two pi. This quantity is related to charge by a memristor. This entity is quantized in units of "2 n pi h-bar c over e" within a superconductor. The rate of change in this quantity in time is proportional to induced emf by Faraday's law of induction. This is the integral of B over a surface. It is measured in webers. For 10 points, name this quantity that is proportional to the number of magnetic field lines running through a surface.
The value of this quantity in an Abrikosov vortex is the winding number times hc over 2 e.
magnetic flux