Titlebook: Confined Electrons and Photons; New Physics and Appl Elias Burstein,Claude Weisbuch Book 1995 Plenum Press, New York 1995 Laser.Planar.Vaku

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Electron States in Biased Heterostructuresnteraction) to form the DQW eigenstates. The resulting new states are delocalized over the DQW region. For example, two identical wells (same thickness and material composition) give rise to symmetrical and antisymmetrical z-dependent DQW wavefunctions (with respect to the center of the central barr

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Excitonic Radiative Dynamics in Semiconductor Quantum Wells experiments, there is a broad population of carriers present making the interpretation of the data difficult, since many different exciton states ultimately contribute to the luminescence signal. More recently, coherent optical spectroscopies have been employed to study excitonic radiative dynamics

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协定

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Controlling Spontaneous Emission and Optical Microcavities lasers. We will see that the essential point for realizing ultralow power consumption light emitting devices are very simple, simultaneously, there are some practical problems to be solved for high performance devices.

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Photonic Bloch Waves and Photonic Band Gapserence with, respectively, the vacuum wavevector and . times the optical frequency. With the exception of the multi-layer dielectric stack, most conventional electromagnetic gratings, such as those encountered in holography ., waveguides ., distributed feedback lasers ., acousto-optic . and x-ray .

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0258-1221 rn led to such a massive investment in fabrication tools, thanks to which many new structures and materials were studied, yielding funher advances in fundamenta978-1-4613-5807-7978-1-4615-1963-8Series ISSN 0258-1221

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Sabine Büttner,Uwe Handmann,Wolfgang Irreknteraction) to form the DQW eigenstates. The resulting new states are delocalized over the DQW region. For example, two identical wells (same thickness and material composition) give rise to symmetrical and antisymmetrical z-dependent DQW wavefunctions (with respect to the center of the central barr