Category:Dielectrics: Difference between revisions

Revision as of 18:37, 14 April 2014

Electrical insulators which can be polarized

Dielectric constant - also known as static relative permittivity, the relative permittivity for a material with a frequency of zero
Dielectric devices - devices that provide insulation and can be polarized by the application of an electrical field
Dielectric materials - materials that are poor conductors of electricity but are good at maintaining electrostatic fields, measured by how easily a material polarizes in response to an electrical field

This category has the following 3 subcategories, out of 3 total.

The following 8 pages are in this category, out of 8 total.

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 *'''[[:Category:Dielectric constant|Dielectric constant]]''' - also known as static relative permittivity, the relative permittivity for a material with a frequency of zero
 *'''[[:Category:Dielectric devices|Dielectric devices]]''' - devices that provide insulation and can be polarized by the application of an electrical field
-*'''[[:Category:Dielectric losses|Dielectric losses]]''' - the losses of electromagnetic energy in a dielectric material
 *'''[[:Category:Dielectric materials|Dielectric materials]]''' - materials that are poor conductors of electricity but are good at maintaining electrostatic fields, measured by how easily a material polarizes in response to an electrical field
-*'''[[:Category:Dielectric substrates|Dielectric substrates]]''' - material substrates to devices offering high dielectric susceptibility
-*'''[[:Category:Dielectrophoresis|Dielectrophoresis]]''' - or DEP, a situation in which force is exerted on a dielectric particle when it is in the range of a non-uniform electric field
-*'''[[:Category:Electrokinetics|Electrokinetics]]''' - electrical effects that occur in heterogeneous fluids
-*'''[[:Category:Electrostriction|Electrostriction]]''' - the property of all electrical non-conductors that cause them to alter their shape upon the application of an electric field
 [[Category:Engineered_materials_&_dielectrics|{{PAGENAME}}]]