KnowraPermittivityLinked fromLinked fromThe 27 pages that link to Permittivity, each with the reason it gives.All 27Broader topic 1Related 19Narrower topic 6Compared with 1Refractive indexRelated: For many transparent, nonmagnetic materials, permittivity largely determines the refractive index.Coulomb's lawRelated: In a uniform material, permittivity replaces vacuum permittivity in the force relation.CapacitorRelated: The dielectric's permittivity helps determine a capacitor's capacitance.CapacitanceRelated: Permittivity sets how much charge a given electric field can support.DielectricNarrower topic: It is the material property that relates electric displacement to field strength.Dielectric constantNarrower topic: Dielectric constant is relative permittivity, normalized by vacuum permittivity.Electrical insulatorRelated: It characterizes field response that can occur without free charge flowing through an insulator.Vacuum permittivityNarrower topic: Vacuum permittivity is the reference value from which material permittivities are compared.Electrical insulationRelated: It affects field distribution within insulation and across interfaces.Microwave ovenRelated: Food composition and permittivity affect microwave absorption and heating depth.Coulomb potentialRelated: The surrounding medium sets the proportionality constant in the potential's inverse-distance expression.Electric displacement fieldRelated: It gives the compact constitutive relation D = εE for linear isotropic materials.Electric polarizationRelated: Permittivity captures how polarization changes a material’s macroscopic electrical response.Electric susceptibilityRelated: In a linear dielectric, susceptibility determines permittivity through the relation εᵣ = 1 + χₑ.Dielectric lossNarrower topic: Dielectric loss is described through the dissipative component of permittivity.Electrostatic forceRelated: The surrounding medium changes the strength of the force between charges.Polarization densityCompared with: Permittivity characterizes response; polarization density describes the resulting dipole moment per volume.Relative permittivityNarrower topic: Relative permittivity is defined by comparing this property with its vacuum value.Parallel-plate capacitorRelated: The gap’s permittivity sets the ideal capacitor’s capacitance and field for a given charge.Dielectric polarizationRelated: Permittivity captures the material’s effect on fields through its polarization.Dielectric spectroscopyNarrower topic: Spectroscopy tracks how this field-response property varies with frequency.Electromagnetic wave equationRelated: Together with permeability, it determines wave speed in simple media.Negative-index metamaterialRelated: Negative effective permittivity is one of the parameters used to obtain a negative index.Displacement current densityRelated: In a linear isotropic medium, permittivity relates the field change to displacement current density.Electric-field screeningRelated: It captures how a dielectric's polarization changes the field for a given charge.Electrical propertiesBroader topic: Permittivity captures field-induced polarization and electrical energy storage.Electromagnetic field calculationsRelated: It determines how electric fields behave and propagate within materials.
KnowraPermittivityLinked fromLinked fromThe 27 pages that link to Permittivity, each with the reason it gives.All 27Broader topic 1Related 19Narrower topic 6Compared with 1Refractive indexRelated: For many transparent, nonmagnetic materials, permittivity largely determines the refractive index.Coulomb's lawRelated: In a uniform material, permittivity replaces vacuum permittivity in the force relation.CapacitorRelated: The dielectric's permittivity helps determine a capacitor's capacitance.CapacitanceRelated: Permittivity sets how much charge a given electric field can support.DielectricNarrower topic: It is the material property that relates electric displacement to field strength.Dielectric constantNarrower topic: Dielectric constant is relative permittivity, normalized by vacuum permittivity.Electrical insulatorRelated: It characterizes field response that can occur without free charge flowing through an insulator.Vacuum permittivityNarrower topic: Vacuum permittivity is the reference value from which material permittivities are compared.Electrical insulationRelated: It affects field distribution within insulation and across interfaces.Microwave ovenRelated: Food composition and permittivity affect microwave absorption and heating depth.Coulomb potentialRelated: The surrounding medium sets the proportionality constant in the potential's inverse-distance expression.Electric displacement fieldRelated: It gives the compact constitutive relation D = εE for linear isotropic materials.Electric polarizationRelated: Permittivity captures how polarization changes a material’s macroscopic electrical response.Electric susceptibilityRelated: In a linear dielectric, susceptibility determines permittivity through the relation εᵣ = 1 + χₑ.Dielectric lossNarrower topic: Dielectric loss is described through the dissipative component of permittivity.Electrostatic forceRelated: The surrounding medium changes the strength of the force between charges.Polarization densityCompared with: Permittivity characterizes response; polarization density describes the resulting dipole moment per volume.Relative permittivityNarrower topic: Relative permittivity is defined by comparing this property with its vacuum value.Parallel-plate capacitorRelated: The gap’s permittivity sets the ideal capacitor’s capacitance and field for a given charge.Dielectric polarizationRelated: Permittivity captures the material’s effect on fields through its polarization.Dielectric spectroscopyNarrower topic: Spectroscopy tracks how this field-response property varies with frequency.Electromagnetic wave equationRelated: Together with permeability, it determines wave speed in simple media.Negative-index metamaterialRelated: Negative effective permittivity is one of the parameters used to obtain a negative index.Displacement current densityRelated: In a linear isotropic medium, permittivity relates the field change to displacement current density.Electric-field screeningRelated: It captures how a dielectric's polarization changes the field for a given charge.Electrical propertiesBroader topic: Permittivity captures field-induced polarization and electrical energy storage.Electromagnetic field calculationsRelated: It determines how electric fields behave and propagate within materials.