Combining this law with the London equation gives the London penetration depth. The integral and differential forms of this law and another named for an Englishman can be related by the KelvinÂ–Stokes theorem. This law is derivable from the Biot-Savart [BEE-oh-suh-VAHR] law, and its differential form states the curl of the magnetic field equals the current density. James Maxwell added the displacement current to this law,
Combining this law with the London equation gives the London penetration depth. The integral and differential forms of this law and another named for an Englishman can be related by the KelvinÂ–Stokes theorem. This law is derivable from the Biot-Savart [BEE-oh-suh-VAHR] law, and its differential form states the curl of the magnetic field equals the current density. James Maxwell added the displacement current to this law, which is one of Maxwell's equations. For 10 points, name this law that can be used to find the magnetic field caused by a curren
Combining this law with the London equation gives the London penetration depth.
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