Physics and Applications of Excition Saturation in MQW Structures
作者： A. Miller , A. R. Cameron , P. Riblet
DOI: 10.1007/978-94-009-0289-3_15
关键词: Optoelectronics 、 Photon energy 、 Physics beyond the Standard Model 、 Optical bistability 、 Saturable absorption 、 Semiconductor 、 Physics 、 Diffraction efficiency 、 Band gap 、 Saturation (magnetic)
摘要: The passage of laser light through a semiconductor can produce rich variety nonlinear optical phenomena [1–5]. most sensitive effects occur when the photon energy is close to resonance with band gap semiconductor. This has provided fertile area research for both new physics and device applications over past 15 years.
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