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What is origin of magnetism in dielectric crystals?
Magnetism dielectric crystals are materials that have both magnetic and dielectric properties, meaning they can be magnetized and also have the ability to store and release electrical energy.
Magnetism dielectric crystals work by having a crystalline structure that allows for the alignment of magnetic dipoles, creating a magnetic field. At the same time, the crystal's dielectric properties allow for the storage and release of electric charge.
Some examples of magnetism dielectric crystals include ferrite, garnet, and tourmaline.
Magnetism dielectric crystals have various practical applications, such as in the production of electronic devices, data storage, and medical imaging.
Magnetism dielectric crystals have an additional property of being able to generate and store magnetic energy, while regular crystals do not possess this property. They also have different structures and compositions that allow for their unique properties.