Outrageously Funny Search Suggestion Engine :: Ferroelectric

👉 Ferroelectricity is a phenomenon in which materials with a high electric conductivity (ferroelectrics) and a low electrical resistivity (insulators) exhibit an electrical response when subjected to a magnetic field. This behavior can be explained by the presence of electrons that are accelerated and separated from other electrons, creating a gap between them in the material's lattice structure. Ferroelectric materials have been extensively studied due to their unique properties and applications in electronics, such as in high-frequency circuits for signal

ferroelectricity

👉 A ferroelectric material is a type of conductor that can conduct electricity when subjected to an electric field. This property allows it to store and release electrical charge, making it useful in applications such as electronics, batteries, and sensors. Ferroelectrics are characterized by their ability to change the direction of current flow without altering the magnitude of the voltage or resistance, which is a characteristic that makes them suitable for use in devices like capacitors and transformers.

ferroelectrically

👉 A ferroelectric material is a type of material that exhibits electrical conductivity when it is cooled below its Curie temperature. This means that as the temperature decreases, the material's electrical resistance increases, and vice versa. Ferroelectrics are often used in electronic devices such as capacitors, transformers, and field-effect transistors because they can store electric charge more efficiently than other materials. They also have a high resistivity when cooled below their Curie temperature, which is why they are commonly

ferroelectric