Mechanical Twins and Rubber-like Behaviour of Rare-earth Orthoniobates : Part II Mechanical Behaviour in Low Temperature Phase

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概要

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• Unexpected rubber-like behaviour is revealed in the ferroelastic low temperature phase of RNbO_4 crystals. Their stress-strain hysteresis curves show the characteristic that the higher the temperature and the longer the time required for the forward motion, the lower are the stresses at the backward motion. These results are explained by the non-co-operative activation process of the atomic shuffles in twinning or reverse-shuffles in detwinning. Consequently, it is recognized that some Martensitic phases may be in intimate relations with the ferroelastic phases of dielectric crystals.

• 東北大学の論文

著者

• Tsunekawa Shin

  The Research Institute For Iron Steel And Other Metals

関連論文

• A Soft Acoustic Mode in the Ferroelastic Phase Transition of LaNbO_4
• Raman Scattering and Fluorescence Spectra of LaNbO_4
• Mechanical Twins and Rubber-like Behaviour of Rare-earth Orthoniobates : Part I Structures and Domain Walls of RNbO_4 Crystals
• Phase Transition of BaZnGeO_4 Crystals
• Domain Switching Behaviour of Ferroelastic LaNbO_4 and NdNbO_4
• Mechanical Twins and Rubber-like Behaviour of Rare-earth Orthoniobates : Part II Mechanical Behaviour in Low Temperature Phase

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