Titlebook: Optical Fiber Sensor Technology; Fundamentals K. T. V. Grattan,B. T. Meggitt Book 2000 Springer Science+Business Media New York 2000 Modula

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K. T. V. Grattann particular, this applies to the concept of translation, whose epistemic and political implications haven not been taken into account sufficiently. Translation is not a neutral instrument of mediation that enables the global circulation of literary texts, it is a strongly contested practice that co

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Fiber Optic Sensor Technology: Introduction and Overview, scene for a discussion of the fundamentals and principles of the subject. By definition such a chapter cannot be comprehensive but merely illustrative of some of the most significant issues for the range of devices and systems that are available, and giving a broad reference list, pointing to major

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Single Mode Optical Fiber Sensors,g point. Most sensors which use single mode fibers are of the intrinsic type (i.e. the action of the measurand on the light occurs within the fiber itself). The sensitivity advantage of single mode fibers arises because they permit the user to construct guided wave interferometers directly from the

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Optical Fiber Modulation Techniques for Single Mode Fiber Sensors,one or more of the parameters describing the optical beam: amplitude, phase, direction and frequency of the light wave. Temporal modulation of one, or more, of these parameters enables information to be encoded onto or extracted from the optical wave. For example, optical communication systems often

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Principles of Fiber-Optic Interferometry,nduced by a physical displacement or a refractive index change in the interferometer. Various configurations of interferometers had been demonstrated using traditional light sources with relatively short coherence lengths, long before the invention of the laser in 1960; these conventional interferom