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Curated Video
Understanding Frenkel Defects
Switching Locations: Understanding Frenkel Defects
In the event that an ion is absent from its lattice site, resulting in a vacancy or a hole in that location, and it occupies an interstitial site, the compound will be able to...
In the event that an ion is absent from its lattice site, resulting in a vacancy or a hole in that location, and it occupies an interstitial site, the compound will be able to...
Curated Video
Anion Vacancies and F Centres in Metal Excess Defects
The formation of F-centers in a crystal is caused by the presence of anion vacancies, which are caused by the presence of metal excess defects. Alkali metal halides, such as sodium chloride and potassium chloride, are examples of...
Curated Video
The Schottky defect and its consequences
The Schottky defect and its consequences
Ionic crystals of type A B exhibit a Schottky defect, where an equal number of anions and cations are absent from lattice sites to maintain electrical neutrality. This defect is present...
Ionic crystals of type A B exhibit a Schottky defect, where an equal number of anions and cations are absent from lattice sites to maintain electrical neutrality. This defect is present...
Curated Video
Lattice Energy Demystified: The Strength of Ionic Compounds
Lattice energy is the energy released when ions combine to form an ionic solid. Higher lattice energy indicates a stronger ionic bond and greater stability
Curated Video
Electrons and Ions
Electrons and Ions describes what occurs in an atom when electrons are added or removed from the outer shell using the terms ion, bonding, gain, lose, and charge.
Khan Academy
Khan Academy: Dissolution and Precipitation
Words pertaining to dissolution and precipitation are defined. There is an explanation of the interactions between water and ions of sodium chloride. [9:59]