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• Curie_temperature abstract "Curie point, also called Curie Temperature, temperature at which certain magnetic materials undergo a sharp change in their magnetic properties. In the case of rocks and minerals, remanent magnetism appears below the Curie point—about 570° C (1,060° F) for the common magnetic mineral magnetite. This temperature is named for the French physicist Pierre Curie, who in 1895 discovered the laws that relate some magnetic properties to change in temperatureIn physics and materials science, the Curie temperature (Tc), or Curie point, is the temperature where a material's permanent magnetism changes to induced magnetism. The force of magnetism is determined by magnetic moments.The Curie temperature is the critical point where a material's intrinsic magnetic moments change direction. Magnetic moments are permanent dipole moments within the atom which originate from electrons' angular momentum and spin.Materials have different structures of intrinsic magnetic moments that depend on temperature. At a material's Curie Temperature those intrinsic magnetic moments change direction.Permanent magnetism is caused by the alignment of magnetic moments and induced magnetism is created when disordered magnetic moments are forced to align in an applied magnetic field.For example, the ordered magnetic moments (ferromagnetic, Figure 1) change and become disordered (paramagnetic, Figure 2) at the Curie Temperature.Higher temperatures make magnets weaker as spontaneous magnetism only occurs below the Curie Temperature. Magnetic susceptibility only occurs above the Curie Temperature and can be calculated from the Curie-Weiss Law which is derived from Curie's Law.In analogy to ferromagnetic and paramagnetic materials, the Curie temperature can also be used to describe the temperature where a material's spontaneous electric polarisation changes to induced electric polarisation or the reverse upon reduction of the temperature below the Curie temperature.The Curie temperature is named after Pierre Curie who showed that magnetism was lost at a critical temperature.".
• Curie_temperature thumbnail Diagram_of_Ferromagnetic_Magnetic_Moments.png?width=300.
• Curie_temperature wikiPageExternalLink watch?v=X8ZHQQUusGo.
• Curie_temperature wikiPageID "165384".
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• Curie_temperature wikiPageOutDegree "135".
• Curie_temperature wikiPageRevisionID "682992281".
• Curie_temperature wikiPageWikiLink Alnico.
• Curie_temperature wikiPageWikiLink Angular_momentum.
• Curie_temperature wikiPageWikiLink Anisotropy.
• Curie_temperature wikiPageWikiLink Antiferromagnetism.
• Curie_temperature wikiPageWikiLink Antimony.
• Curie_temperature wikiPageWikiLink Arsenic.
• Curie_temperature wikiPageWikiLink Atomic_orbital.
• Curie_temperature wikiPageWikiLink Bismuth.
• Curie_temperature wikiPageWikiLink Body-centred_cubic.
• Curie_temperature wikiPageWikiLink Bohr_Magneton.
• Curie_temperature wikiPageWikiLink Bohr_magneton.
• Curie_temperature wikiPageWikiLink Boltzmann_constant.
• Curie_temperature wikiPageWikiLink Boltzmanns_constant.
• Curie_temperature wikiPageWikiLink CD-RW.
• Curie_temperature wikiPageWikiLink CGS.
• Curie_temperature wikiPageWikiLink Category:Critical_phenomena.
• Curie_temperature wikiPageWikiLink Category:Phase_transitions.
• Curie_temperature wikiPageWikiLink Category:Temperature.
• Curie_temperature wikiPageWikiLink Centimetre–gram–second_system_of_units.
• Curie_temperature wikiPageWikiLink Chromium(IV)_oxide.
• Curie_temperature wikiPageWikiLink Cobalt.
• Curie_temperature wikiPageWikiLink Composite_material.
• Curie_temperature wikiPageWikiLink Composite_materials.
• Curie_temperature wikiPageWikiLink Coordination_number.
• Curie_temperature wikiPageWikiLink Copper.
• Curie_temperature wikiPageWikiLink Critical_exponent.
• Curie_temperature wikiPageWikiLink Crystal_lattice.
• Curie_temperature wikiPageWikiLink Crystal_structure.
• Curie_temperature wikiPageWikiLink Cubic_crystal_system.
• Curie_temperature wikiPageWikiLink Curie-Weiss_Law.
• Curie_temperature wikiPageWikiLink Curie-Weiss_law.
• Curie_temperature wikiPageWikiLink Curie_constant.
• Curie_temperature wikiPageWikiLink Curies_Law.
• Curie_temperature wikiPageWikiLink Curies_law.
• Curie_temperature wikiPageWikiLink Curie–Weiss_law.
• Curie_temperature wikiPageWikiLink Deformation_(mechanics).
• Curie_temperature wikiPageWikiLink Delocalised.
• Curie_temperature wikiPageWikiLink Delocalized_electron.
• Curie_temperature wikiPageWikiLink Density_of_states.
• Curie_temperature wikiPageWikiLink Dielectric.
• Curie_temperature wikiPageWikiLink Dipolar_polarization.
• Curie_temperature wikiPageWikiLink Dipole.
• Curie_temperature wikiPageWikiLink Dipoles.
• Curie_temperature wikiPageWikiLink Doping_(semiconductor).
• Curie_temperature wikiPageWikiLink Dysprosium.
• Curie_temperature wikiPageWikiLink Electric_field.
• Curie_temperature wikiPageWikiLink Elsevier.
• Curie_temperature wikiPageWikiLink Entropy.
• Curie_temperature wikiPageWikiLink Europium.
• Curie_temperature wikiPageWikiLink Exchange_interaction.
• Curie_temperature wikiPageWikiLink Exchange_interactions.
• Curie_temperature wikiPageWikiLink Face-centred_cubic.
• Curie_temperature wikiPageWikiLink Ferrimagnetism.
• Curie_temperature wikiPageWikiLink Ferrite_(magnet).
• Curie_temperature wikiPageWikiLink Ferroelectric.
• Curie_temperature wikiPageWikiLink Ferroelectric_effect.
• Curie_temperature wikiPageWikiLink Ferroelectricity.
• Curie_temperature wikiPageWikiLink Ferromagnetism.
• Curie_temperature wikiPageWikiLink Ferromagnets.
• Curie_temperature wikiPageWikiLink File:Diagram_of_Ferromagnetic_Magnetic_Moments.png.
• Curie_temperature wikiPageWikiLink File:Diagram_of_Paramagnetic_Magnetic_Moments.png.
• Curie_temperature wikiPageWikiLink File:Weiss_domains_in_a_ferromagnetic_material.png.
• Curie_temperature wikiPageWikiLink Free_radicals.
• Curie_temperature wikiPageWikiLink Gadolinium.
• Curie_temperature wikiPageWikiLink Hexagon.
• Curie_temperature wikiPageWikiLink Hexagonal.
• Curie_temperature wikiPageWikiLink Hysteresis.
• Curie_temperature wikiPageWikiLink Infinity.
• Curie_temperature wikiPageWikiLink Ion.
• Curie_temperature wikiPageWikiLink Ions.
• Curie_temperature wikiPageWikiLink Iron.
• Curie_temperature wikiPageWikiLink Iron(II,III)_oxide.
• Curie_temperature wikiPageWikiLink Ising_model.
• Curie_temperature wikiPageWikiLink John_Wiley_&_Sons.
• Curie_temperature wikiPageWikiLink Kelvin.
• Curie_temperature wikiPageWikiLink Kinetic_energy.
• Curie_temperature wikiPageWikiLink Landé_g-factor.
• Curie_temperature wikiPageWikiLink Lattice_plane.
• Curie_temperature wikiPageWikiLink M.I.T..
• Curie_temperature wikiPageWikiLink Magnetic_dipole_moment.
• Curie_temperature wikiPageWikiLink Magnetic_domain.
• Curie_temperature wikiPageWikiLink Magnetic_field.
• Curie_temperature wikiPageWikiLink Magnetic_moment.
• Curie_temperature wikiPageWikiLink Magnetic_moments.
• Curie_temperature wikiPageWikiLink Magnetic_quantum_number.
• Curie_temperature wikiPageWikiLink Magnetic_susceptibility.
• Curie_temperature wikiPageWikiLink Magnetism.
• Curie_temperature wikiPageWikiLink Magneto-optical.
• Curie_temperature wikiPageWikiLink Magneto-optical_drive.
• Curie_temperature wikiPageWikiLink Manganese.
• Curie_temperature wikiPageWikiLink Massachusetts_Institute_of_Technology.
• Curie_temperature wikiPageWikiLink Materials_science.
• Curie_temperature wikiPageWikiLink Mean_field_theory.

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