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Titlebook: Detection of Optical and Infrared Radiation; Robert H. Kingston Book 1978 Springer-Verlag Berlin Heidelberg 1978 Albert Einstein.Strahlung

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https://doi.org/10.1007/978-3-319-53694-1 and produces a current proportional to the total power incident upon the the detector surface. We first consider the fundamental principles of detection, then the noise associated with the detection process, and, finally, analyze two limiting forms of detection, signal-noise limited and background-
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Social Policy in a Development Contexte wave except in the value of the quantum energy and the wavelength or frequency cutoff of the photon detector. We now consider heterodyne or coherent detection first demonstrated at optical frequencies by . et al. (1955). By using a single-frequency local oscillator as a reference, we may convert t
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https://doi.org/10.1057/9780230288188 direct photoexcitation process. Because detectors of this type have no inherent long-wavelength cutoff and the sensitivity limitation is mainly due to the thermal background power, we shall first investigate in detail the fluctuations of the thermal radiation field. To this point, we have assumed t
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Gender, Realism and International Relationsght be especially advantageous in the infrared region, where amplifier noise limits the ultimate sensitivity in the incoherent detection process. We shall here give a general treatment of the noise limitations in a laser preamplifier and show that the ultimate signal-to-noise performance is almost i
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