# magnetic vector

## magnetic vector

[mag′ned·ik ′vek·tər] (electromagnetism)

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(electromagnetism)

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- circular polarization
- Coulomb gage
- four-vector potential
- gauge
- gauge transformation
- Havelock's law
- magnetic flux density
- magnetic vector potential
- magnetism
- Optical Radiation
- Plane Polarization
- polarization
- polarization of light
- Polarization of Waves
- polarization potential
- polarized light
- principal H plane
- Standing Light Wave
- vector potential

The magnetic total magnetic intensity (TMI) grid data of the Riqueza Project geophysical survey of the four areas, discussed above, was analysed to produce new 3D inversions models using the Geosoft magnetic vector inversion (MVI) code.

where [j.sub.k] is the current density of one of current systems; [A.sub.i] is the magnetic vector potential created by another (at i[not equal to]k) or the same (at i = k) system in the region of current flow.

In particular, the magnetic vector potential A (hereafter [A.sub.MP]) is chosen such that it obeys the Coulomb gauge; i.e., [nabla] x [A.sub.MP] = 0; otherwise one can add a gradient of any scalar [nabla][XI] to obtain a variation of the vector potential [A.sup.!] = [A.sub.M] + [nabla][XI].

Primary variables in GL model are order parameter, [psi], and magnetic vector potential, A, occupying a superconductor sample in a three-dimensional region [OMEGA] having boundary [GAMMA].

where the vector components u [right arrow] ([u.sub.x], [u.sub.y], [u.sub.z]), v [right arrow] ([v.sub.x], [v.sub.y], [v.sub.z]) are analogous to electric and magnetic vector potentials of dyons while the scalar components (h, k) are analogous to their scalar potentials.

Then partial differential equation of magnetic vector potential distribution outside the particle is given by

The magnetic vector potential is then the sum of both thermal and fluid contributions, for each particle.

Moreover, the magnetic vector potential in regions I and IX must be finite at y = [infinity] and y = -[infinity], respectively.

"We also didn't realize, being a three-inch sphere, that the circuitry would be 1.5 inches above a floor that has varying levels of rebar and reinforcement, that would completely destroy any chance we could ever have of reading a magnetic vector reliably."

Femm goes about finding a field that satisfies (4) and (6) via magnetic vector potential approach.

The magnetic vector potential A can be employed to obtain the electromagnetic equations needed for a complete description of the system.

So magnetic vector B(r') in any point r'= (X, Y, Z) of the laboratory system is equal to the magnetic vector B(r) in the point r = (X - vt, Y, Z) of the moving one.

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- Magnetic Variations
- magnetic vector
- magnetic vector potential
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- Magnetic-Field Induced Mixing of Sublevels
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