Titlebook: Computer Processing of Electron Microscope Images; Peter W. Hawkes Book 1980 Springer-Verlag Berlin Heidelberg 1980 Bildverarbeitung.Elekt

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Three-Dimensional Structure Determination by Electron Microscopy (Nonperiodic Specimens), X-ray crystallography. Basically the electron microscope is equivalent to a diffractometer, since the specimen is illuminated by a parallel primary beam with a well-defined wavelength and orientation. The Fourier inversion of an electron micrograph delivers the distorted structure factors in a well

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The Role of Correlation Techniques in Computer Image Processing,h is essentially the absolute square of the Fourier transform of the optical density on the plate, reveals information on periodicities [5.2], astigmatism, defocus [5.3], drift [5.4] illumination [5.5–7] and defocus spread [5.8].

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Holographic Methods in Electron Microscopy,re first described. The different types of holography are then treated and the zone plate representation is used to show the essential unity of these apparently disparate techniques. Experimental work on electron holography from the early 1950s onwards is then reviewed in some detail. Finally contra

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Analog Computer Processing of Scanning Transmission Electron Microscope Images,c techniques are ideally suited for the STEM since the information from such an instrument is available as a time sequential electrical signal. Moreover, this type of processing cannot easily be performed with a fixed beam instrument (i.e., a conventional transmission electron microscope) [7.1]. It

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0342-6793 ssing of electron micro­ graphs. First, many years of work on correcting the resolution-limiting aberrations of electron microscope objectives had shown that these optical impediments to very high resolution could indeed be overcome, but only at the cost of immense exper­ imental difficulty; thanks

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The Archaeometallurgy of Copperapparently disparate techniques. Experimental work on electron holography from the early 1950s onwards is then reviewed in some detail. Finally contrast transfer theory and holography are shown to be complementary descriptions of the same imaging process.

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Holographic Methods in Electron Microscopy,apparently disparate techniques. Experimental work on electron holography from the early 1950s onwards is then reviewed in some detail. Finally contrast transfer theory and holography are shown to be complementary descriptions of the same imaging process.

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Analog Computer Processing of Scanning Transmission Electron Microscope Images,is not our intention to elaborate in detail on the electronic circuitry involved in such analog processing. We prefer, instead to discuss the technique in terms amenable to block diagram descriptions. For the details of analog function circuitry, the reader is referred to some recent comprehensive reviews on the subject [7.2,3].

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