5. Crystal Defects [15 Pts] a) Shackelford 4.1 (Modified). In Chapter 9, we shall find a phase diagram for the Al-Cu sys

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5. Crystal Defects [15 Pts] a) Shackelford 4.1 (Modified). In Chapter 9, we shall find a phase diagram for the Al-Cu sys

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5 Crystal Defects 15 Pts A Shackelford 4 1 Modified In Chapter 9 We Shall Find A Phase Diagram For The Al Cu Sys 1
5 Crystal Defects 15 Pts A Shackelford 4 1 Modified In Chapter 9 We Shall Find A Phase Diagram For The Al Cu Sys 1 (35.32 KiB) Viewed 19 times
5. Crystal Defects [15 Pts] a) Shackelford 4.1 (Modified). In Chapter 9, we shall find a phase diagram for the Al-Cu system that indicates that these two metals do not form a complete solid solution. Refer to the Hume-Rothery
rules and identify which rules are satisfied and which rules are violated for Al-Cu.? (For electronegativity data, see Figure 2.21) b) What is the difference between interstitial and substitutional solid solution? c) A simple tilt boundary can be represented by isolated dislocations. d) Shackelford 4.21. Several hints: i. Sketch the BCC metal structure and show the [110], [111], and [100] directions (this can be separated into several sketches if needed for clarity). ii. The length of the Burgers’ vector is equal to the atomic spacing in that direction (See Example 4.4) iii. If you write out the proportionality equation, then part (a) is asking for Eb=[110]/ Eb=[111]
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