Magnetic permeability is typically represented by the ( italicized ) Greek letter " ?".
12.
Formally, it is a special case of gyroelectromagnetism obtained when the magnetic permeability tensor is diagonal.
13.
This results in a magnetic permeability that is falling below unity and includes values less than zero.
14.
Formally, the magnetic permeability is treated as a non-diagonal tensor as expressed by the equation:
15.
Due to saturation, the magnetic permeability ? f of a ferromagnetic substance reaches a maximum and then declines
16.
Depending on the approach, these effects may be higher or lower than typical magnetic permeability and mechanical strength.
17.
It has an extremely high magnetic permeability ( approximately 800000 N / A 2 ) and a low coercivity.
18.
With antiferromagnets and certain types of insulating ferromagnets, effective negative magnetic permeability is achievable when polariton resonance exists.
19.
Relying on LC networks to emulate electrical permittivity and magnetic permeability resulted in a substantial increase in operating bandwidths.
20.
Here ? and ?denote the dielectric constant and magnetic permeability of the medium that the conductors are embedded in.
