Concept explainers
(a)
The Miller-Bravais indices of the hexagonal crystal plane,
The Miller-Bravais indices of the hexagonal crystal plane,
The Miller-Bravais indices of the hexagonal crystal plane,
(a)
Answer to Problem 53AAP
The Miller-Bravais indices of the hexagonal crystal plane,
The Miller-Bravais indices of the hexagonal crystal plane,
The Miller-Bravais indices of the hexagonal crystal plane,
Explanation of Solution
For plane
For plane
And for plane
Miller-Bravais Indices for Planes are shown in table.
Planer Intercepts | Reciprocals of Intercepts | Miller-Bravais Indices | |
Plane-a | |||
Plane-b | |||
Plane-c |
The Miller-Bravais indices of the hexagonal crystal plane,
The Miller-Bravais indices of the hexagonal crystal plane,
The Miller-Bravais indices of the hexagonal crystal plane,
(b)
The Miller-Bravais indices of the hexagonal crystal plane,
The Miller-Bravais indices of the hexagonal crystal plane,
The Miller-Bravais indices of the hexagonal crystal plane,
(b)
Answer to Problem 53AAP
The Miller-Bravais indices of the hexagonal crystal plane,
The Miller-Bravais indices of the hexagonal crystal plane,
The Miller-Bravais indices of the hexagonal crystal plane,
Explanation of Solution
The coordinates of intercepts for plane-
For plane
For plane
And for plane
Conclusion:
Miller-Bravais Indices for Planes are shown in table below.
Planes | Planer Intercepts | Reciprocals of Intercepts | Miller-Bravais Indices |
Plane-a | |||
Plane-b | |||
Plane-c |
The Miller-Bravais indices of the hexagonal crystal plane,
The Miller-Bravais indices of the hexagonal crystal plane,
The Miller-Bravais indices of the hexagonal crystal plane,
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Chapter 3 Solutions
Foundations of Materials Science and Engineering
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- What are basic unit cells / Crystal structure systems in materials? Plot crystal planes hkl - 112, 200 and 103. Please solve step by steparrow_forwardOn the basis of ionic charge and ionic radii given in Table 3.4, predict crystal structures for the following materials:a. CsIb. NiOc. KId. NiSarrow_forwardA hypothetical metal has the BCC crystal structure, a density of 7.24 g/cm3, and an atomic weight of 48.9 g/mol. The atomic radius of this metal isarrow_forward
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