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Methods of Electron Crystallography as Tools for Materials Analysis

Wolfgang Neumann, Holm Kirmse, Ines Häusler, Corinna Grosse, Peter Moeck, Sergei Rouvimov, Matt Beekman, Ryan Atkins, David C. Johnson, Kerstin Volz

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Abstract

Abstract. New methods of electron crystallography, particularly modern methods of electron diffraction have opened new strategies for the structure analysis of nanostructured materials and materials systems. The possibilities and limitations of the combined use of electron crystallography methods will be demonstrated for a semi-automatic orientation determination of MnAs clusters in a GaAs matrix and structural investigations of ferecrystals.

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Abstract. New methods of electron crystallography, particularly modern methods of electron diffraction have opened new strategies for the structure analysis of nanostructured materials and materials systems. The possibilities and limitations of the combined use of electron crystallography methods will be demonstrated for a semi-automatic orientation determination of MnAs clusters in a GaAs matrix and structural investigations of ferecrystals.

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Available abstract

Abstract. New methods of electron crystallography, particularly modern methods of electron diffraction have opened new strategies for the structure analysis of nanostructured materials and materials systems. The possibilities and limitations of the combined use of electron crystallography methods will be demonstrated for a semi-automatic orientation determination of MnAs clusters in a GaAs matrix and structural investigations of ferecrystals.

Key concepts: Electron crystallography, Materials science, Electron diffraction, Crystallography, Electron backscatter diffraction, Reflection high-energy electron diffraction, Diffraction, Nanotechnology

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