- In
classical electromagnetism,
magnetization is the
vector field that
expresses the
density of
permanent or
induced magnetic dipole moments in a magnetic...
- {B^{2}A}{2\mu _{0}}}} where: A is the area of each surface, in m2 H is
their magnetizing field, in A/m μ0 is the
permeability of space,
which equals 4π×10−7 T•m/A...
- of the model: Core or iron losses: RC
Magnetizing reactance: XM. RC and XM are
collectively termed the
magnetizing branch of the model. Core
losses are...
- can only be
detected by
laboratory equipment.
Magnetic fields surround magnetized materials,
electric currents, and
electric fields varying in time. Since...
- the
magnetizing field is removed, the
domains may not
return to an
unmagnetized state. This
results in the
ferromagnetic material's
being magnetized, forming...
-
strongly magnetized outcrops. In 1797,
Alexander von
Humboldt attributed this
magnetization to
lightning strikes (and
lightning strikes do
often magnetize surface...
- In
quantum mechanics,
orbital magnetization, Morb,
refers to the
magnetization induced by
orbital motion of
charged particles,
usually electrons in solids...
- Look up
magnetized or
magnetised in Wiktionary, the free dictionary.
Magnetized refers to the
process of
acquiring magnetism.
Magnetized or Magnetised...
-
particularly effective.
Their method was to
spend prolonged periods "
magnetizing"
their customers directly or
through "mesmeric magnets". It was observed...
- This is
shown by the
Barkhausen effect: as the
magnetizing field is changed, the material's
magnetization changes in
thousands of tiny
discontinuous jumps...
