Thomas Lee Abshier, ND
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The Magnetic Field
By: Thomas Lee Abshier, ND
The B Field is a vector that exerts force on other charged particles to align the
poles of those particles with the B field vector present in that space.
- Bext has a magnetic field strength at each distance from the originating point of
the charged particle.
- Bext has a direction that varies slightly at every point along the circumference
of the B field vector sphere from N to S pole.
- The Bpole of the charged particles in the surrounding space may be randomly oriented
or already aligned by another magnetic field. (They are shown aligned in the illustration.)
- The angle between Bext and Bpole determines the amount of rotational torque that
Bpole will experience to align with the Bext.
- The B Field is generated by command (just like the E Field) by every charged particle.
The method of creating this dipole magnetic field is as follows:
- The B field radiates out as a sphere.
- Each point on the sphere has a B field vector (which changes direction at each point).
- The B field diminishes as the inverse square of the distance from the point of origin.
- The B Field vector changes direction at each point along the longitudinal circumference
of the sphere (i.e. around a circle that intersects the pole).
- The charged particle does not actually spin.
- The B field gives the appearance of spinning because it causes other charged particles
moving past it to move in a circular direction.