| 1. | Because there are no stacking faults, the screw dislocations may cross-slip.
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| 2. | Edge dislocations form so called tilt walls, while screw dislocations form twist walls.
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| 3. | Screw dislocations form a line along which the crystal lattice jumps one lattice point.
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| 4. | This type of boundary incorporates two sets of screw dislocations.
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| 5. | There are two types of dislocations in crystals that can induce slip-edge dislocations and screw dislocations.
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| 6. | Both edge and screw dislocations move ( slip ) in directions parallel to their burgers vector.
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| 7. | As such, substitutional solute atoms do not interact with the shear stress fields characteristic of screw dislocations.
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| 8. | Partials form instead of screw dislocations.
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| 9. | Once a screw dislocation propagates through the bulk of a sample during the yield in the device manufacturing process.
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| 10. | Micropipes and screw dislocations in epitaxial layers are normally derived from the substrates on which the epitaxy is performed.
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