首页> 外文期刊>Ferroelectrics: Letters Section >Models of Proton Dynamics and Superprotonic/Ionic Conduction in Hydrogen-Bonded Ferroelectrics and Related (Biological) Systems. 1. Soliton Dynamics in Hydrogen-Bonded Systems
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Models of Proton Dynamics and Superprotonic/Ionic Conduction in Hydrogen-Bonded Ferroelectrics and Related (Biological) Systems. 1. Soliton Dynamics in Hydrogen-Bonded Systems

机译:氢键铁电体及相关(生物)系统中的质子动力学模型和超质子/离子传导模型。 1.氢键体系中的孤子动力学

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摘要

The various hydrogen-bonded systems (molecular chains and wires, hydrogen-bonded ferro-electrics, biomolecular systems) are analysed from the soliton dynamics point of view. New results for the two-component model including proton and ordered (ferroelectric-like) subsystems are presented. The estimation of the influence of the proton subsystem on the transition point in the ordered subsystem is developed. The possible soliton mechanism of charge transport and superionic conduction is discussed.
机译:从孤子动力学的角度分析了各种氢键系统(分子链和金属丝,氢键铁电体,生物分子系统)。提出了包含质子和有序(类铁电)子系统的两组分模型的新结果。估计了质子子系统对有序子系统中过渡点的影响。讨论了电荷传输和超离子传导的可能孤子机制。

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