Ferroelectric domains are regions within a ferroelectric material where the electric dipoles are aligned in a specific direction. These domains can switch orientation when an external electric field is applied, allowing the material to exhibit ferroelectric properties. The presence of domains allows ferroelectric materials to have unique properties such as piezoelectricity and non-volatile memory storage.
A ferroelectric substance is a material that exhibits a spontaneous electric polarization that can be reversed by the application of an external electric field. This property allows ferroelectric materials to be used in various applications such as memory storage devices, sensors, and actuators. Examples of ferroelectric substances include lead zirconate titanate (PZT) and barium titanate.
Yes. When a material is magnetized the magnetic domains are aligned.
A virus is a microbe and it not a part of the three domains.
Archaea and Eukaryote are two different domains from the three domains of life classification. And Prokaryotes belong to two domains: the bacteria and the archaea.
Magnetic domains.
Iron is not ferroelectric. Ferroelectric materials possess a permanent electric dipole moment that can be reversed by an external electric field. Copper does not have this property because it lacks a crystal structure that allows for the alignment of dipoles.
A ferroelectric substance is a material that exhibits a spontaneous electric polarization that can be reversed by the application of an external electric field. This property allows ferroelectric materials to be used in various applications such as memory storage devices, sensors, and actuators. Examples of ferroelectric substances include lead zirconate titanate (PZT) and barium titanate.
Not ferrous, but ferroelectric !
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Consult with an attorney in your jurisdiction who can review the details and explain your options.Consult with an attorney in your jurisdiction who can review the details and explain your options.Consult with an attorney in your jurisdiction who can review the details and explain your options.Consult with an attorney in your jurisdiction who can review the details and explain your options.
In physics the ferroelectric effect is an electrical phenomenon whereby certain materials may exhibit a spontaneous dipole moment, the direction of which can be switched between equivalent states by the application of an external electric field. Placing a ferroelectric material between two conductive plates creates a ferroelectric capacitor. Ferroelectric capacitors exhibit nonlinear properties and usually have very high dielectric constants. The fact that the internal electric dipoles can be forced to change their direction by the application of an external voltage gives rise to hysteresis in the "polarization vs voltage" property of the capacitor. In this case, polarization is defined as the total charge stored on the plates of the capacitor divided by the area of the plates. Hysteresis means memory and ferroelectric capacitors are used to make ferroelectric RAM for computers and RFID cards. Above retrieved from Answers.com Viper1
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The hysteresis loop of ferroelectric materials can be measured using a ferroelectric tester or a precision impedance analyzer. These instruments apply a voltage sweep to the material and measure the resulting polarization response, capturing the hysteresis loop which shows the relationship between polarization and applied electric field.
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