Titlebook: Electron Microscopy of Polymers; Goerg H. Michler Book 2008 Springer-Verlag Berlin Heidelberg 2008 Copolymer.Elastomer.Polymer.Thin sectio

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Image Processing and Image Analysisrientations of structural details, long periods, domain thicknesses, etc.) involve the use of Fourier analysis. The chapter also describes the application of stereoscopic imaging to show the topography of the sample surface, e.g. in scanning electron microscopy or optical microscopy.

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Dielektrische Systemeigenschaften,tion of microscopes during their historical development from optical microscopes up to highresolution transmission electron microscopes and scanning tunnelling microscopes, the field of microscopy is classified based on the principles of imaging.The main techniques used to study the structures of su

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https://doi.org/10.1007/978-3-658-07458-6lowing the path of the electron beam, themicroscope can be split into the following parts: electron gun, illumination system, objective lens and specimen stage, image-forming system and viewing chamber/image recording. These units are described in detail before the fundamentals of image formation ar

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,?kologische Aspekte beim Hochwasserschutz,igh lateral resolution, its great depth of focus and its facility for X-ray microanalysis, SEM is often used in materials science – including polymer science – to elucidate the microscopic structure or to differentiate several phases from each other. After a brief historic overview, this chapter exp

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Baustofftechnologische Grundlagen,n common practice in the last few years to supplement electron microscopy with atomic force microscopy, as the latter enables the straightforward surface characterisation of polymers and provides additional insight into the structure and properties of homopolymers, blends and composites. Therefore,

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,Versicherung von Hochwassersch?den,der different and varying conditions. Such experimental tests are commonly known as in situ techniques. Beside the effects of electron irradiation and different ambient atmospheres, micromechanical in situ tests are discussed here in some detail. Some examples are presented after describing the tech

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