-
Paramagnetism is a form of
magnetism whereby some
materials are
weakly attracted by an
externally applied magnetic field, and form internal,
induced magnetic...
-
include the liquid–liquid
critical points in mixtures, and the ferromagnet–
paramagnet transition (Curie temperature) in the
absence of an
external magnetic...
- field. However,
other forms of
magnetism (such as
ferromagnetism or
paramagnetism) are so much
stronger such that, when
different forms of
magnetism are...
-
effects dominate, like
Langevin diamagnetism or Van
Vleck paramagnetism. A
simple model of a
paramagnet concentrates on the
particles which compose it which...
- magnet.
Substances respond weakly to
three other types of magnetism—
paramagnetism, diamagnetism, and antiferromagnetism—but the
forces are
usually so...
-
response to a
magnetic field is
qualitatively similar to the
response of a
paramagnet, but much larger. ****anese
physicist Yosuke Nagaoka conceived of a type...
- k_{\text{B}}} is the
Boltzmann constant. A
simplified model of the two-state
paramagnet provides an
example of the
process of
calculating the
multiplicity of...
- nanoparticles,
similarly to a
paramagnet. However,
their magnetic susceptibility is much
larger than that of
paramagnets. Normally, any
ferromagnetic or...
-
force on the
paramagnet (or diamagnet) per unit
volume (i.e.
force density). In
diamagnets ( χ < 0 {\displaystyle \chi <0} ) and
paramagnets ( χ > 0 {\displaystyle...
- The
Brillouin function arises when
studying magnetization of an
ideal paramagnet. In particular, it
describes the
dependency of the
magnetization M {\displaystyle...
