Observation of the Grain Boundary in Soap Bubble Raft. : Part III. The Grain Boundary In Vibrating State

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概要

• 論文の詳細を見る

• It was reported previously that the bubble raft model under mechanical vibration shows characteristics corresponding to the thermal agitation in the real crystals. With the same device, observations are made on the static as well as the dynamical features of the grain boundary in bubble raft under vibration. In the process of increasing the reduced temperature, the diffused hole (B-type) boundary transforms itself to the dislocation (A-type or C-type) boundary, and vice versa. The transformation temperature varies depending on the angle of misorientation between the grains. In relation to these observations, it is suggested that the marked correspondence between the dislocation theory and the experiment as to the grain boundary energy is but a natural consequence. Preliminary discussions are tried on the molecular mechanism of the transformation between the incoherent and the coherent boundaries, and on the probable causes of the hysteresis effect observed.

• 社団法人日本物理学会の論文
• 1957-02-05

著者

• Fukushima Einosuke

  Department Of Physics Tokyo Metropolitan University

• OOKAWA Akiya

  Department of Physics and Chemistry, Gakushuin University

• Ookawa Akiya

  Department Of Physics And Chemistry Gakushuin Univeisity

• Ookawa Akiya

  Department Of Physics And Chemistry Gakushuin University:research Member Of The Kobayashi Institute

関連論文

• Some Characters of the Soap Bubble Raft in a Vibrating State
• Observation of the Grain Boundary in Soap Bubble Raft Part II. Dynamical Behaviour of the Grain Boundary
• Observation of the Grain Boundary in Soap Bubble Raft. : Part III. The Grain Boundary In Vibrating State
• A Model Theory of Liquid
• Crystallization and Melting of Linear High Polymers as Rate Processes.
• On the Mechanism of Deformation Twin in fcc Crystal
• Notes on the Crystallite Theory of Liquid

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