Linked from

The 12 pages that link to Ferroelectricity, each with the reason it gives.

• DielectricBroader topic: Ferroelectrics are a distinctive dielectric class with switchable polarization even without an applied field.

• PermittivityRelated: Ferroelectrics can have strongly field-dependent permittivity, beyond a fixed linear response.

• PiezoelectricityRelated: Ferroelectric crystals often become strongly piezoelectric after their domains are aligned.

• Electric polarizationRelated: Its switchable polarization enables memory and sensing devices.

• Electric susceptibilityBroader topic: Ferroelectrics can have large, nonlinear susceptibilities near polarization switching and phase transitions.

• Electro-optic effectRelated: Ferroelectric crystals often combine strong electro-optic response with switchable polarization.

• Polarization densityBroader topic: Ferroelectrics exhibit large polarization density that can be reversed by an applied field.

• Ceramic capacitorRelated: Many high-capacitance ceramic dielectrics are ferroelectric, linking polarization to voltage-dependent capacitance.

• Piezoelectric actuatorRelated: Many high-performance ceramic actuators rely on ferroelectric domains aligned during poling.

• Dielectric polarizationBroader topic: Ferroelectrics are a special case where polarization persists without an applied field.

• Lithium niobateRelated: Lithium niobate’s switchable polarization enables domain engineering and poling.

• Potassium sodium tartrateRelated: Rochelle salt is ferroelectric over a limited temperature range, unlike its broader piezoelectric response.