Titlebook: Microoptics; From Technology to A Jürgen Jahns,Karl-Heinz Brenner Book 2004 Springer Science+Business Media New York 2004 Planar.glass.lase

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Rüdiger Grunwald,Volker Kebbeliplomacy between one country and another.Shows the history o.The book discusses the failure of many African governments in providing the social needs of the masses, thereby placing the citizenry on the desperate quest for economic resources. Unfortunately, in many African States, mineral resources a

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Modeling of Free-Space Microoptics,reased. Such microoptical elements can provide new optical functions unknown in conventional opticals. However, in most cases these elements are only part of a complex optical system containing a number of different additional optical elements. To understand the response of the whole system, the des

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Modeling of Photonic Waveguides and Circuits,0 dB/km — the proof of feasibilty from the telecommunication point of view — was demonstrated in the early 1970s, the idea of an integrated optics (i.e., of photonic circuits on the basis of chip technology) was born at the same time [1]. The development of optical long-haul transmission lines for t

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Microoptics Using the LIGA Technology,al systems. This technique allows high-grade integration of microoptical and micromechanical components on the same substrate with a precision in the submicron range. It has the potential for mass fabrication with a variety of optical applications in telecom and datacom approaches, as well as sensin

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Modular Fabrication Concept for LIGA-Based Microoptics,ars that especially in the case of sensor applications, a hybrid setup of a microoptical system is a more convenient and economical solution. In this case, it is not necessary to fabricate active devices like lasers and photodiodes, passive components like lenses or waveguides, as well as micromecha

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Integrated Planar Erbium-Doped Waveguide Amplifiers: Technological and Optical Considerations,ptical functionalities like light generation, light guiding, signal splitting and combining, wavelength division (de-)multiplexing (WDM), amplification, gain equalization, switching, and detection [1]. In addition to glass fiber drawing techniques, methods for producing single-mode waveguides in pla