Titlebook: Quantum Coherence in Mesoscopic Systems; B. Kramer Book 1991 Springer Science+Business Media New York 1991 DSI_D012

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lobster

Adiabatic Transport in the Fractional Quantum Hall Effect Regimemutually prime integers). The . QHE . 1) was discovered 10 years ago by von Klitzing, Dorda, and Pepper [1] in the two-dimensional electron gas (2 DEG) confined to a Si inversion layer. The . QHE (. > 1 and odd) was first observed by Tsui, St?rmer, and Gossard [2] in the 2 DEG at the interface of a

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極力證明

opportune

Linear Response and Dephasing by Coulomb Electron-Electron Interactionsinterfering particle to its environment, e.g., to a heat bath. The way such a coupling affects quantum phenomena has been studied for a long time, both theoretically [1,2], and experimentally. The effect of the coupling to the environment is characterized by the “phase-breaking” time, τ?.

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incision

Two-Dimensional Conductivity of Thin Inhomogeneous Gold Filmsse problems we investigated the structure of thin percolating gold films as well as their electrical properties. We find that the length dependence of the diffusion constant can be experienced by the temperature dependence of the phase coherence length.

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The Quantum Hall Effectsth. Although this effect seemed quite mysterious at the time of its discovery, the principle elements of the physics which is responsible are now understood. In these notes I hope to explain these elements and to point out some aspects of our current theoretical picture of the phenomenon which seem to be incomplete.

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hat make it detonate. For example, it may be struck by a strong shock wave or it may be subjected to a suddenly increased (initial) temperature. It is assumed that the chemistry is thermally sensitive and that the temperatures involved are high enough to generate a significant degree of reactivity T

Thymus

hat make it detonate. For example, it may be struck by a strong shock wave or it may be subjected to a suddenly increased (initial) temperature. It is assumed that the chemistry is thermally sensitive and that the temperatures involved are high enough to generate a significant degree of reactivity T