A Phenomenological Interpretation of Anomalous Quickening of Dielectric Relaxation by Doping of KOH in Ice Ih

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概要

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• A mechanism of the drastic reduction of the relaxation time by doping of a smallamount of KOH into ice Ih is discussed using the Eyring's theory of the elementaryrate process by introducing a phenomenological parameter. It is deduced that thisreduction of the relaxation time is strongly attributed to the release of watermolecules from the ice rule which acts as a strong limitation to proton rearrangement.

• 社団法人日本物理学会の論文
• 1988-11-15

著者

• Kawada Syuji

  Department Of Physics Faculty Of Science Kanazawa University

関連論文

• Development of a New Relaxational Process Having Shortened Relaxation Time and Phase Transition in KOH-Doped Ice Single Crystal
• Dilatometric Study of Anisotropy of Thermal Expansion on RbLiSO_4
• Dielectric Properties on 72 K Phase Transition of KOH-doped Ice
• Representations of Configurational Entropy and Dielectric Properties of Ice Ih
• Curie-Weiss Behavior of the Static Dielectric Constant of the Debye Component in Ice Ih.
• Dielectric Properties of KOH-Doped D_2O Ice
• A Phenomenological Interpretation of Anomalous Quickening of Dielectric Relaxation by Doping of KOH in Ice Ih
• Dielectric Studies of RbOH-Doped Ice and Its Phese Transition
• Observation of Phase Boundaries in Ferroelectric SbSI
• Double Hysteresis Loop and Spontaneous Polarization on Ferroelectric SbSI

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