where [omega] is the angular rate vector, [J] is the tensor of inertia, m is the magnetic dipole
moment, and [B.sub.b] is the geomagnetic field vector in [F.sub.b].
In Section 3 we discuss the importance of the infinitesimal central magnetic dipole
from a potential aspect, introduce the dipole coordinates, and obtain general form of the dipole equation in azimuthal symmetry plus dipole coordinates.
The analogues in the case of the dipole model of magnetization are: [mathematical expression not reproducible] are the intensities, as well as the induction of the electric and magnetic fields; and; [mathematical expression not reproducible]; [[rho].sub.e] and [[rho].sub.m] are the volume densities of the polarization electric and fictitious magnetic charges; [[rho].sup.st.sub.e] and [[rho].sup.st.sub.m] are the volume densities of external  electric and fictitious magnetic charges; [[epsilon].sub.0] [??] [[mu].sub.0], [[epsilon].sub.0] is the electric constant; [mathematical expression not reproducible] are the moments of electric and magnetic dipoles
; [+ or -]q and [+ or -]m are the point electric and fictitious magnetic charges located in the dipoles at distance l.
In the SM, the prediction for the magnetic dipole
moment (MDM) of the top quark is [a.sup.SM.sub.t] = 0.02 , which can be tested in current and future colliders, such as LHC and CLIC.
This remarkable alteration of spectral properties of conical nanotubes with a variation of the aperture angle provides also a significant change of magnetic properties of the structure, particularly in the nonlinear dependence of the magnetic dipole
moment of the ground state on the magnetic field.
Then, the electromagnetic incident fields [H.sup.i] and [E.sup.i] are radiated by the magnetic dipole
(2) and they are scattered by the solid ellipsoid, creating the scattered fields [H.sup.s] and [E.sup.s], correspondingly.
In the (7), r represents the inter-well distance; z represents vertical offset; R can be calculated by R = [square root of ([r.sup.2] + [z.sup.2])]; M is the magnetic dipole
moment; [omega] is the angle frequency and [mu] is the permittivity.
Xue, "Microstrip magnetic dipole
Yagi array antenna with endfire radiation and vertical polarization," IEEE Trans.
the magnetic dipole
is shifted from the center to the south
Roughly speaking it is the field of a magnetic dipole
currently tilted at an angle of about 10 degrees with respect to Earth's rotational axis, as if there were a bar magnet placed at that angle at the center of the Earth.
Ethertronics' patented Isolated Magnetic Dipole
(IMD) technology has a legacy as a strong foundation for passive, as well as active antennas designs.
The magnetism arises from the magnetic dipole
moment of unpaired electrons in the d- or f-orbitals.