| 21. | The N�el temperature is analogous to the Curie temperature, T C, for ferromagnetic materials.
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| 22. | However, it has a Curie temperature of only 60 �C, which limits its usability.
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| 23. | For example, the ordered magnetic moments ( paramagnetic, Figure 2 ) at the Curie temperature.
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| 24. | The Curie temperature is made up of a combination of dependencies on kinetic energy and the DOS.
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| 25. | Magnetic materials improve the induction heat process because of Curie temperature where materials retain their magnetic properties.
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| 26. | Preparing composite materials through different temperatures can result in different final compositions which will have different Curie temperatures.
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| 27. | They generally decrease rapidly as the temperature approaches the Curie temperature, so the crystal becomes effectively isotropic.
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| 28. | The threshold temperature below which a material is ferromagnetic is called the Curie temperature and varies between materials.
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| 29. | Compounds at temperatures below the Curie temperature exhibit long-range magnetic order in the form of ferromagnetism.
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| 30. | This model is important for solving and understanding the concepts of phase transitions and hence solving the Curie temperature.
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