A Dutch physicist lends his name to a vector which describes the shear produced by one type of these.
The Kroger-Vink notation incorporates the change in charge to describe these structures, and the Howie-Whelan equations need to be modified with an exponential of g dot R in order to describe these structures. A Dutch physicist lends his name to a vector which describes the shear produced by one type of these. In addition to types which are described by the Burgers vector, another type of these that obey the conservation of charge come in (*) Schottky and Frenkel varieties, the latter of which sees the migration of an ion to an interstitial. They include interstitial self-atoms, interstitial impurities, self impurities, or vacancies, and they come in stoichiometric and non-stoichiometric varieties. Higher dimensional examples of them include precipitates, stacking faults, and dislocations. For 10 points, identify these locations where the appropriate atoms are misplaced.
The Kroger-Vink notation incorporates the change in charge to describe these structures, and the Howie-Whelan equations need to be modified with an exponential of g dot R in order to describe these structures.
{crystal defects} [{reverse} prompt on point {defects} or {dislocations} for those {poor souls who were trigger happy}; prompt on “{crystals},” “{ionic crystals}” or “{lattices}” at any point]