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Slip in NaCl-structure ionic crystals (such as NaCl, TiC, TaC, etc.) occurs most commonly on {110} planes and in (10) directions. Draw the (110) plane and the 10 direction in a cubic cell of this crystal (there is no need to include the atoms) upon application of a load of 1,000 N and determine the resolved shear stress The direction of load application is along the [211] direction of the crystal. The cross-sectional area of the crystal is circular and of 10-cm diameter.

Slip in NaCl-structure ionic crystals (such as NaCl, TiC, TaC, etc.) occurs most commonly on {110} planes and in (10) directions. Draw the (110) plane and the 10 direction in a cubic cell of this crystal (there is no need to include the atoms) upon application of a load of 1,000 N and determine the resolved shear stress The direction of load application is along the [211] direction of the crystal. The cross-sectional area of the crystal is circular and of 10-cm diameter.

Chemistry for Engineering Students
Chemistry for Engineering Students
4th Edition
ISBN:9781337398909
Author:Lawrence S. Brown, Tom Holme
Publisher:Lawrence S. Brown, Tom Holme
Chapter8: Molecules And Materials
Section: Chapter Questions
Problem 8.16PAE: 8.16 Iridium forms a face-centered cubic lattice, and an iridium atom is 271.4 pm in diameter....
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Slip in NaCl-structure ionic crystals (such as NaCl, TiC, TaC, etc.) occurs most commonly on {110} planes and in (110) directions. Draw the (110) plane and the 110 direction in a cubic cell of this crystal (there is no need to include the atoms) upon application of a load of 1,000 N. and determine the resolved shear stress The direction of load application is along the [211] direction of the crystal. The cross-sectional area of the crystal is circular and of 10-cm diameter.
Transcribed Image Text:Slip in NaCl-structure ionic crystals (such as NaCl, TiC, TaC, etc.) occurs most commonly on {110} planes and in (110) directions. Draw the (110) plane and the 110 direction in a cubic cell of this crystal (there is no need to include the atoms) upon application of a load of 1,000 N. and determine the resolved shear stress The direction of load application is along the [211] direction of the crystal. The cross-sectional area of the crystal is circular and of 10-cm diameter.
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