Linked from

The 13 pages that link to Ionic conductivity, each with the reason it gives.

• ElectrolyteRelated: It measures the charge-carrying process that defines electrolyte conduction.

• Electrical conductivityCompared with: It contrasts with the electronic conduction dominant in metals.

• Point defectRelated: Charged point defects can migrate and carry current through ionic crystals.

• Hydration shellRelated: Hydrated ion size and mobility help determine transport through water.

• Frenkel defectRelated: Mobile interstitial ions can carry charge through crystals containing Frenkel defects.

• Schottky defectRelated: Vacancies provide sites through which ions can migrate in an ionic crystal.

• Fluorite structureRelated: How defects organize and migrate determines conductivity in fluorite electrolytes.

• Vacancy defectRelated: Vacant sites provide pathways for ions to move through many solid electrolytes.

• Electrical resistivity and conductivityCompared with: It contrasts electronic conduction with charge transport in electrolytes and solids.

• Lars OnsagerRelated: Onsager explained how ionic interactions reduce conductivity in dilute solutions.

• Crystallographic defectRelated: Vacancies and interstitial ions can carry charge through solid electrolytes.

• Lithium iodideRelated: Its dissolved ions can conduct, while the crystalline solid's ions are largely fixed.

• Lithium nitrideRelated: Mobile lithium ions make Li₃N an unusually effective solid lithium-ion conductor.