| 1. A stacking fault region is a planar defect
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
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![| 1. A stacking fault region is a planar defect
T 2. Screw dislocation can cross slip under hydrostatic stress
3 Slip plane is a plane containing dislocation line and its burgers vector.
4. Vacancies are Thermodynamic defects but in doped ionic materials (e.g. alloy of Nd3+ in
BaOTi02)vacancy concentration can be higher than that predicted by Arrhenius law
TI 5.Vacancies are Thermodynamic defects
FF 6. Dislocations are 2 dimensional defects
F(F 7. All Point defects are Thermodynamic defects
TT 8 Dislocations mediate all plastic deformation in metals.
TT 9. Tensile Strength increase with decrease in grain size for metals
E 10. Screw dislocation has lower energy than edge](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F8e6911e1-a62f-4cb3-aba3-7a7666005bd7%2Fedc79f27-3c22-46b9-b46a-04c968eb9f07%2F1t7tcc_processed.jpeg&w=3840&q=75)
Transcribed Image Text:| 1. A stacking fault region is a planar defect
T 2. Screw dislocation can cross slip under hydrostatic stress
3 Slip plane is a plane containing dislocation line and its burgers vector.
4. Vacancies are Thermodynamic defects but in doped ionic materials (e.g. alloy of Nd3+ in
BaOTi02)vacancy concentration can be higher than that predicted by Arrhenius law
TI 5.Vacancies are Thermodynamic defects
FF 6. Dislocations are 2 dimensional defects
F(F 7. All Point defects are Thermodynamic defects
TT 8 Dislocations mediate all plastic deformation in metals.
TT 9. Tensile Strength increase with decrease in grain size for metals
E 10. Screw dislocation has lower energy than edge
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