Nanoscale studies of ferroelectric domain walls as pinned elastic interfaces
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...This formula has largely been verified by experiments on magnetic [1,4–6] and ferroelectric [9,13] domain walls....
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"Nanoscale studies of ferroelectric ..." refers background in this paper
...Depending on the strain and electrostatic boundary conditions, as well as its switching history, a sample may present a uniformly polarised configuration, or coexisting regions with different polarisation orientation, known as domains, separated by domain walls [1, 2, 3]....
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"Nanoscale studies of ferroelectric ..." refers methods in this paper
...1For a more detailed treatment, we invite the interested reader to consult the excellent text by Barabasi and Stanley [27], and reviews by Blatter et al. [28], Giamarchi et al. [25], and Agoritsas et al. [29]....
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...For a more detailed treatment, we invite the interested reader to consult the excellent text by Barabasi and Stanley [27], and reviews by Blatter et al....
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"Nanoscale studies of ferroelectric ..." refers background in this paper
...the surface density of the domain wall σDW gives rise to a characteristic Landau-LifshitzKittel [33, 34] scaling of domain periodicity wD = √ σDWhS/UD with the sample thickness hS....
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...Optimising the volume energy density of the domain UD vs. the surface density of the domain wall σDW gives rise to a characteristic Landau-LifshitzKittel [33, 34] scaling of domain periodicity wD = √ σDWhS/UD with the sample thickness hS....
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...The domain walls themselves were considered as essentially straight, with competition between the energy cost of domain wall and the depolarising field leading to the formation of periodic domains showing the characteristic Landau-Lifshitz Kittel scaling with the thickness of the material [33, 34]....
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