Properties of materials which resul

Properties of materials which result in spontaneous polarization, magnetization and deformation which can be controlled by an
applied electric field, magnetic field and stress are called
ferroelectricity, ferromagnetism and ferroelasticity, respectively
[1]. These properties (also called ferroic properties) have been
thoroughly studied and used widely for years in various devices
and components. But nowadays, very interesting potential
applications arises for materials which possess two or three of
ferroic properties at the same time. Those materials are usually
called multiferroic materials. Some other similar properties
(antiferromagnetism, ferrimagnetism, ferrotoroidicity) are often
also considered ferroic

ผลลัพธ์ (อังกฤษ) 2:

Materials Result of properties in which spontaneous polarization, magnetization and deformation which Can be controlled by an
Applied Electric Field, Magnetic Field and Stress are Called
Ferroelectricity, ferromagnetism and Ferroelasticity, respectively
[1]. These properties (also Called Ferroic properties) have been
thoroughly studied and widely used for years in Various Devices
and components. But Nowadays, very Interesting potential
arises for Materials Applications which Possess Two or Three of
Ferroic properties at the Same time. Those are usually Materials
Called Multiferroic Materials. Some Other similar properties
(Antiferromagnetism, Ferrimagnetism, Ferrotoroidicity) are often
also considered Ferroic.

ผลลัพธ์ (อังกฤษ) 3:

Properties of materials which result in, spontaneous polarization magnetization and deformation which can be controlled. By an.Applied, electric field magnetic field and stress are called.Ferroelectricity ferromagnetism and ferroelasticity respectively,,,[]. These 1 Properties (also called ferroic properties) have been.Thoroughly studied and used widely for years in various devices.And components. But nowadays very interesting, potential.Applications arises for materials which possess two or three of.Ferroic properties at the same time. Those materials are usually.Called multiferroic materials. Some other similar properties.(antiferromagnetism ferrimagnetism ferrotoroidicity) are often,,,Also considered ferroic.