ferrimagnetism (Meaning)
ferrimagnetism (n)
a phenomenon in ferrites where there can be incomplete cancellation of antiferromagnetic arranged spins giving a net magnetic moment
Synonyms & Antonyms of ferrimagnetism
No Synonyms and anytonyms found
ferrimagnetism Sentence Examples
- Ferrimagnetism is a kind of magnetism exhibited by certain materials composed of magnetic ions with dissimilar magnetic moments.
- Ferrimagnetism is characterized by a spontaneous magnetization that is due to the presence of two or more magnetic sublattices with different orientations of their magnetic moments.
- The magnetic moments in a ferrimagnet are aligned in a parallel and antiparallel arrangement, resulting in a net magnetic moment.
- Unlike ferromagnetic materials, the magnetic moments of the two sublattices in a ferrimagnet do not all align in the same direction, leading to a cancellation of some of the magnetic moments.
- Ferrimagnetism is typically observed in materials with a crystal structure that allows for the formation of two or more magnetic sublattices.
- Common examples of ferrimagnetic materials include magnetite, maghemite, and certain alloys such as nickel-zinc ferrite.
- The transition temperature at which a ferrimagnetic material loses its spontaneous magnetization is called the Curie temperature.
- Ferrimagnetic materials are widely used in various technological applications, including permanent magnets, magnetic recording media, and magnetic sensors.
- The study of ferrimagnetism has contributed to the understanding of magnetic ordering and the behavior of magnetic materials.
- Ferrimagnetism is a fascinating phenomenon that showcases the complex behavior of magnetic materials and has important implications for both fundamental research and practical applications.
FAQs About the word ferrimagnetism
a phenomenon in ferrites where there can be incomplete cancellation of antiferromagnetic arranged spins giving a net magnetic moment
No synonyms found.
No antonyms found.
Ferrimagnetism is a kind of magnetism exhibited by certain materials composed of magnetic ions with dissimilar magnetic moments.
Ferrimagnetism is characterized by a spontaneous magnetization that is due to the presence of two or more magnetic sublattices with different orientations of their magnetic moments.
The magnetic moments in a ferrimagnet are aligned in a parallel and antiparallel arrangement, resulting in a net magnetic moment.
Unlike ferromagnetic materials, the magnetic moments of the two sublattices in a ferrimagnet do not all align in the same direction, leading to a cancellation of some of the magnetic moments.
