Resistive Stress for the Thickening of Twins in Tin Crystals

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概要

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• The steps caused by the screw dislocations on the twin boundary of β-tin crystal are responsible for the thickening of mechanical twins, since all of these steps are composed of twin dislocations in the case of β-tin crystal. Possible origins of the stress needed to the motion of twin dislocations are first, the stress for the twin dislocations to pass through the forest of screw dislocations, and second, the stress to form the stacking fault in the twin. Numerical estimations are in consistency with observations.

• 社団法人日本物理学会の論文
• 1963-08-05

著者

• Kiho Hiroshi

  Department Of Physics College Of Liberal Arts And Science Kyoto University

• ISHII Ken-ihiro

  Laboratory of Physics, Nagoya Institute of Technology

• Ishii Ken-ihiro

  Laboratory Of Physics Nagoya Institute Of Technology

関連論文

• Concentration Dependence of Lamellar Thickness of Isotactic Polystyrene at High Supercoolings
• Resistive Stress for the Thickening of Twins in Tin Crystals
• The Crystallographic Aspect of the Mechanical Twinning in Metals
• The Crystallographic Aspect of the Mechanical Twinning in Ti and α-U
• Intersections of {301}, {101} Twin Bands in Tin
• Incorporation of Slip Dislocations in Mechanical Twins of Tin Crystals
• Plastic Deformation in Crystal Region of Nylon 66
• The Consecutive Observations on the Twin Intersections

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