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Determine the interplanar spacing and the length of the Burgers vector for slip on the (110)[1-11] slip system in BCC tantalum (ao=0.33026 nm). Repeat, assuming that the slip system is a (111)[1 -10] system. What is the ratio between the shear stresses required for slip for the two systems? Assume that, 7, =cexp(-k) where c and k are materials constant and k = 2.

Determine the interplanar spacing and the length of the Burgers vector for slip on the (110)[1-11] slip system in BCC tantalum (ao=0.33026 nm). Repeat, assuming that the slip system is a (111)[1 -10] system. What is the ratio between the shear stresses required for slip for the two systems? Assume that, 7, =cexp(-k) where c and k are materials constant and k = 2.

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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Determine the interplanar spacing and the length of the Burgers vector for slip on the (110)[1-11] slip system in BCC tantalum
(ao=0.33026 nm). Repeat, assuming that the slip system is a (111)[1 -10] system. What is the ratio between the shear stresses
required for slip for the two systems?

 

Determine the interplanar spacing and the length of the Burgers vector for slip on the (110)[1-11] slip system in BCC tantalum (ao=0.33026 nm). Repeat, assuming that the slip system is a (111)[1 -10] system. What is the ratio between the shear stresses required for slip for the two systems? Assume that, 7, = cexp(-k) where c and k are materials constant and k = 2.
Transcribed Image Text:Determine the interplanar spacing and the length of the Burgers vector for slip on the (110)[1-11] slip system in BCC tantalum (ao=0.33026 nm). Repeat, assuming that the slip system is a (111)[1 -10] system. What is the ratio between the shear stresses required for slip for the two systems? Assume that, 7, = cexp(-k) where c and k are materials constant and k = 2.
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