magnetic potential

The value of can be found from the magnetic potential.

Surface land is of greater magnetic potential than the oceans.

The electric potential is the dual of the magnetic potential.

A is the magnetic potential (called the angular impulse by Maxwell).

The gilbert, a unit of magnetomotive force or magnetic potential, was named in his honor.

But in this spherical configuration I think there might be a scalar value to the magnetic potential.

Since the photon has no mass, the magnetic potential has an infinite range.

Renata said that Dorilys taps the magnetic potential of the planet, he reflected.

Magnetic potential - the vector and scalar potential representation of magnetism.

In quantum mechanics, versions of Maxwell's equations based on the electric and magnetic potentials are preferred.

Examples of such potentials are the electric potential, the magnetic potential and the gravitational potential.

The finite element calculation uses a modified form of the magnetostatic equations above in order to calculate magnetic potential.

The electric potential is a scalar field, while the magnetic potential is a vector field.

It consists of a degree and order 12 spherical-harmonic expansion of the magnetic potential of the geomagnetic main field generated in the Earth's core.

(Vector area is also denoted by A rather than S, but this conflicts with the magnetic potential, a separate vector field).

Such potentials arise in the electric potential of long line charges, and the analogous sources for the magnetic potential and gravitational potential.

Worse, the black hole still dragged the blue stars' field lines out behind it, building up a huge magnetic potential at their tautest point, around the hole itself.

Magnetic potential is usually a vector quantity, hence not very useful, unlike the understandable scalar quantity of electrostatic potential.

If the current density is identically zero, then the magnetic field is potential, i.e. the gradient of a scalar magnetic potential.

This is why sometimes the electric potential is called the scalar potential and the magnetic potential is called the vector potential.

An alternative simpler transformation of the EM field uses the electromagnetic potentials - the electric potential φ and magnetic potential A:

The magnetic potential (A) at an event is the derivative of the action of the electromagnetic field with respect to the density of (free) electric current at that event.

It is noteworthy that the thin sheet or screen does not have to be metal, but rather any material that supports a (current density vector) leading to a magnetic potential .

Cheryl said slowly, 'Are you trying to tell us that something, either here or on Belial, is extracting the energy from the variations in magnetic potential that the moons are passing through?'

Alternatively, these equations define E and B in terms of the electric and magnetic potentials which then satisfy the homogeneous equations for E and B as identities.