3. Would you expect Frenkel defects for anions to exist in ionic ceramics in rel

Question

3. Would you expect Frenkel defects for anions to exist in ionic ceramics in relatively large concentrations?

Frenkel defects for anions would not exist in appreciable concentrations because the anion is quite large and is highly unlikely to exist as an interstitial.

Frenkel defects for anions would not exist in appreciable concentrations because the cation is quite small and is highly unlikely to exist as an interstitial.

Frenkel defects for anions would exist in appreciable concentrations because the anion is quite large and is highly likely to exist as an interstitial.

Frenkel defects for anions would exist in appreciable concentrations because the anion is negatively charged and so is more stable in the interstitial location.

Frenkel defects for anions would not exist in appreciable concentrations because the anion is quite large and is highly unlikely to exist as an interstitial.

Frenkel defects for anions would not exist in appreciable concentrations because the cation is quite small and is highly unlikely to exist as an interstitial.

Frenkel defects for anions would exist in appreciable concentrations because the anion is quite large and is highly likely to exist as an interstitial.

Frenkel defects for anions would exist in appreciable concentrations because the anion is negatively charged and so is more stable in the interstitial location.

Explanation / Answer

Frenkel defects for anions would not exist in appreciable concentrations because the anion is quite large and is highly unlikely to exist as an interstitial.

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