temperature above which a magnetic material will lose its magnetism. Discovered by the French scientist Pierre Curie in the 1890s.
The temperature at which the polarity of a magnetic material is easily changed. Normally associated with optical disk technology.
Temperature at which magnetism changes; the temperature at which in some substances, such as iron, there is a change in the magnetic characteristics, from ferromagnetic to paramagnetic behavior.
The temperature at which the molecules of a material can be altered when subjected to a magnetic field. In optical material, it is approximately 200 degrees centigrade.
the temperature at which a magnetic material losses its magnetic properties
the temperature above which a ferromagnetic substance loses its ferromagnetism
See Switch temperature (Ts).
Temperature at which a magnetic substance loses its coercive force. When the temperature exceeds a Curie point, the direction of magnetization change easily according to the external magnetic field. At a temperature lower than a Curie point, the direction of magnetization cannot be changed easily.
The temperature at which the dielectric constant peaks and all polarization disappears.
The temperature at which the coercivity of magnetic material declines sharply, allowing a change in orientation by a weaker magnetic field
The Curie point (Tc), or Curie temperature, is a term in physics and materials science, named after Pierre Curie (1859-1906), and refers to a characteristic property of a ferromagnetic or piezoelectric material.
