Figure 5: FCC unit cell (atoms omitted). Figure 6: FCC unit cell divided (atoms omitted). Figure 7: FCC Interstitial tetrahedral atoms (8). Compute the radius r of an impurity atom that just fits into a FCC tetrahedral site in terms of the atomic radius R of the host atom (without introducing lattice strain). Which interstitial site can host a larger atom, octahedral or tetrahedral?

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Figure 5: FCC unit cell (atoms
omitted).
Figure 6: FCC unit cell divided
(atoms omitted).
Figure 7: FCC Interstitial tetrahedral
atoms (8).
Compute the radius r of an impurity atom that just fits into a FCC tetrahedral site in terms of the
atomic radius R of the host atom (without introducing lattice strain).
Which interstitial site can host a larger atom, octahedral or tetrahedral?
Transcribed Image Text:Figure 5: FCC unit cell (atoms omitted). Figure 6: FCC unit cell divided (atoms omitted). Figure 7: FCC Interstitial tetrahedral atoms (8). Compute the radius r of an impurity atom that just fits into a FCC tetrahedral site in terms of the atomic radius R of the host atom (without introducing lattice strain). Which interstitial site can host a larger atom, octahedral or tetrahedral?
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