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Suppose a perfect dislocation in FCC dissociates into two partials which have their Burgers vector as [211] and (112]. Which of the following statement is correct. a. The Burgers vector of the perfect dislocation Ine is 을[101] b. The energy associated with each imperfect dislocation is c. The Burgers vector of the perfect dislocation lin d. Energy of the perfect dislocation is smaller than the sum of energies of the two imperfect dislocations.

Suppose a perfect dislocation in FCC dissociates into two partials which have their Burgers vector as [211] and (112]. Which of the following statement is correct. a. The Burgers vector of the perfect dislocation Ine is 을[101] b. The energy associated with each imperfect dislocation is c. The Burgers vector of the perfect dislocation lin d. Energy of the perfect dislocation is smaller than the sum of energies of the two imperfect dislocations.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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Suppose a perfect dislocation in FCC dissociates into two partials which have their Burgers vector as [211] and [112]. Which of the following statement is correct. a. The Burgers vector of the perfect dislocation line is (101] b. The energy associated with each imperfect dislocation is O c. The Burgers vector of the perfect dislocation Ine is 을[110] d. Energy of the perfect dislocation is smaller than the sum of energies of the two imperfect dislocations.
Transcribed Image Text:Suppose a perfect dislocation in FCC dissociates into two partials which have their Burgers vector as [211] and [112]. Which of the following statement is correct. a. The Burgers vector of the perfect dislocation line is (101] b. The energy associated with each imperfect dislocation is O c. The Burgers vector of the perfect dislocation Ine is 을[110] d. Energy of the perfect dislocation is smaller than the sum of energies of the two imperfect dislocations.
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