Titlebook: Electronic Properties of Inorganic Quasi-One-Dimensional Compounds; Part I — Theoretical Pierre Monceau Book 1985 Springer Science+Business

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Arne Sølvberg,David Chenho Kungk in the chapter by Fukuyama and Takayama. This chapter will review the theory of and evidence for depinning of incommensurate CDWs that are pinned by weak impurities by quantum tunneling. By weak is meant that a single impurity cannot pin the phase of the wave but pinning results from fluctuations

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Information Systems Outsourcingic properties [1–22]. A few materials have been found which exhibit strong anisotropy in their electron conduction, with one axis being a much better conduction direction than the others in the normal state. These materials have been of interest due to the strong anisotropics in the superconducting

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Physics and Chemistry of Materials with Bhttp://image.papertrans.cn/e/image/306377.jpg

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978-94-015-6925-5Springer Science+Business Media Dordrecht 1985

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Dynamical Properties of Quasi-One-Dimensional Conductors: A Phase Hamiltonian Approach,imensional systems, both experimentally and theoretically [1–4]. Above all, systems having a Peierls transition [5] have been investigated in detail. The novelty of this Peierls—Fröhlich (PF) [6] state lies in the novel possibility of the transport phenomenon being associated with the collective deg

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Depinning of Charge-Density Waves by Quantum Tunneling,k in the chapter by Fukuyama and Takayama. This chapter will review the theory of and evidence for depinning of incommensurate CDWs that are pinned by weak impurities by quantum tunneling. By weak is meant that a single impurity cannot pin the phase of the wave but pinning results from fluctuations

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