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VII Sometimes the type of defects present in a material can be determined by measuring its File Preview density. Consider a 99.0 wt% NaCl-1.0 wt% MgCl2 solid solution. Given that the density of pure NaCl is 2.16 g/cm³, compute the density of this solution assuming charge balance is maintained by: (i) formation of Na+ vacancies, (ii) Mg2+ substituting with Na+ and additional Cl- at interstitial sites, and (iii) Mg2+ occupying tetrahedral interstices with even more Cl- interstitials forming. For the purposes of this problem, assume the lattice parameter remains unchanged from that of pure NaCl.

VII Sometimes the type of defects present in a material can be determined by measuring its File Preview density. Consider a 99.0 wt% NaCl-1.0 wt% MgCl2 solid solution. Given that the density of pure NaCl is 2.16 g/cm³, compute the density of this solution assuming charge balance is maintained by: (i) formation of Na+ vacancies, (ii) Mg2+ substituting with Na+ and additional Cl- at interstitial sites, and (iii) Mg2+ occupying tetrahedral interstices with even more Cl- interstitials forming. For the purposes of this problem, assume the lattice parameter remains unchanged from that of pure NaCl.

Understanding Motor Controls
Understanding Motor Controls
4th Edition
ISBN:9781337798686
Author:Stephen L. Herman
Publisher:Stephen L. Herman
Chapter44: Semiconductors
Section: Chapter Questions
Problem 4RQ
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VII Sometimes the type of defects present in a material can be determined by measuring its File Preview density. Consider a 99.0 wt% NaCl-1.0 wt% MgCl2 solid solution. Given that the density of pure NaCl is 2.16 g/cm³, compute the density of this solution assuming charge balance is maintained by: (i) formation of Na+ vacancies, (ii) Mg2+ substituting with Na+ and additional Cl- at interstitial sites, and (iii) Mg2+ occupying tetrahedral interstices with even more Cl- interstitials forming. For the purposes of this problem, assume the lattice parameter remains unchanged from that of pure NaCl.
Transcribed Image Text:VII Sometimes the type of defects present in a material can be determined by measuring its File Preview density. Consider a 99.0 wt% NaCl-1.0 wt% MgCl2 solid solution. Given that the density of pure NaCl is 2.16 g/cm³, compute the density of this solution assuming charge balance is maintained by: (i) formation of Na+ vacancies, (ii) Mg2+ substituting with Na+ and additional Cl- at interstitial sites, and (iii) Mg2+ occupying tetrahedral interstices with even more Cl- interstitials forming. For the purposes of this problem, assume the lattice parameter remains unchanged from that of pure NaCl.
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