Titlebook: Inelastic Light Scattering of Semiconductor Nanostructures; Fundamentals and Rec Christian Schüller Book 2006 Springer-Verlag Berlin Heidel

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Christian Schüllercity, Fluidity and Con­ sistency edited by Dr Scott Blair, and Agricultural Rheology written by Dr Scott Blair and Dr Reiner. Although they are now classical works, there is clearly a difference between the social conditions of European countries and Japan.978-94-010-2878-3978-94-010-2876-9

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Introduction past few years, tunneling–coupled electronic double–layer structures have been revisited as very interesting candidates for the realization of new quantum phases in an interacting many–particle system. A new quality came into the physics of semiconductor nanostructures by the development of quantum

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Electronic Elementary Excitationscitations (SPE). In particular, the observation of intersubband SPE [1] – which are thought to be electronic excitations, which are not affected by the Coulomb interaction – has posed a puzzle, and has been controversially discussed. We will come to this discussion at various places later in this bo

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Quantum Wires: Interacting Quantum Liquidsas been on phonon excitations [13]. Phonon Raman spectroscopy has greatly helped in unveiling the topological structure of Carbon nanotubes [13]. An interesting further method to produce very narrow wires with atomic–layer precision is the so called cleaved–etched overgrowth (CEO) [14]. However, wit

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Fundamentals of Semiconductors and Nanostructurese most prominent example. In this chapter, an introduction into the basic properties of these materials is given. The first section gives a summary of the crystal and electronic band structure of the bulk material. After a short survey into the properties of electrons in different dimensions in the

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