Discrete Tomography and Imaging of Polycrystalline Structures

Andreas Alpers

    Research output: Contribution to conferencePaperResearch

    Abstract

    High resolution transmission electron microscopy is commonly considered as the standard application for discrete tomography. While this has yet to be technically realized, new applications with a similar flavor have emerged in materials science. In our group at Ris� DTU (Denmark's National Laboratory for Sustainable Energy), for instance, we study polycrystalline materials via synchrotron X-ray diffraction. Several reconstruction problems arise, most of them exhibit inherently discrete aspects. In this talk I want to give a concise mathematical introduction to some of these reconstruction problems. Special focus is on their relationship to classical discrete tomography. Several open mathematical questions will be mentioned along the way.
    Original languageEnglish
    Publication date2009
    Publication statusPublished - 2009
    EventMeeting on Tomography and Applications to Image Reconstruction - Milano, Italy
    Duration: 26 Mar 200927 Mar 2009

    Conference

    ConferenceMeeting on Tomography and Applications to Image Reconstruction
    CountryItaly
    CityMilano
    Period26/03/200927/03/2009

    Keywords

    • Materials characterization and modelling
    • Materials research

    Cite this

    Alpers, A. (2009). Discrete Tomography and Imaging of Polycrystalline Structures. Paper presented at Meeting on Tomography and Applications to Image Reconstruction, Milano, Italy.
    Alpers, Andreas. / Discrete Tomography and Imaging of Polycrystalline Structures. Paper presented at Meeting on Tomography and Applications to Image Reconstruction, Milano, Italy.
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    title = "Discrete Tomography and Imaging of Polycrystalline Structures",
    abstract = "High resolution transmission electron microscopy is commonly considered as the standard application for discrete tomography. While this has yet to be technically realized, new applications with a similar flavor have emerged in materials science. In our group at Ris� DTU (Denmark's National Laboratory for Sustainable Energy), for instance, we study polycrystalline materials via synchrotron X-ray diffraction. Several reconstruction problems arise, most of them exhibit inherently discrete aspects. In this talk I want to give a concise mathematical introduction to some of these reconstruction problems. Special focus is on their relationship to classical discrete tomography. Several open mathematical questions will be mentioned along the way.",
    keywords = "Materials characterization and modelling, Materials research, Materialeforskning, Materialekarakterisering og materialemodellering",
    author = "Andreas Alpers",
    year = "2009",
    language = "English",
    note = "Meeting on Tomography and Applications to Image Reconstruction ; Conference date: 26-03-2009 Through 27-03-2009",

    }

    Alpers, A 2009, 'Discrete Tomography and Imaging of Polycrystalline Structures' Paper presented at Meeting on Tomography and Applications to Image Reconstruction, Milano, Italy, 26/03/2009 - 27/03/2009, .

    Discrete Tomography and Imaging of Polycrystalline Structures. / Alpers, Andreas.

    2009. Paper presented at Meeting on Tomography and Applications to Image Reconstruction, Milano, Italy.

    Research output: Contribution to conferencePaperResearch

    TY - CONF

    T1 - Discrete Tomography and Imaging of Polycrystalline Structures

    AU - Alpers, Andreas

    PY - 2009

    Y1 - 2009

    N2 - High resolution transmission electron microscopy is commonly considered as the standard application for discrete tomography. While this has yet to be technically realized, new applications with a similar flavor have emerged in materials science. In our group at Ris� DTU (Denmark's National Laboratory for Sustainable Energy), for instance, we study polycrystalline materials via synchrotron X-ray diffraction. Several reconstruction problems arise, most of them exhibit inherently discrete aspects. In this talk I want to give a concise mathematical introduction to some of these reconstruction problems. Special focus is on their relationship to classical discrete tomography. Several open mathematical questions will be mentioned along the way.

    AB - High resolution transmission electron microscopy is commonly considered as the standard application for discrete tomography. While this has yet to be technically realized, new applications with a similar flavor have emerged in materials science. In our group at Ris� DTU (Denmark's National Laboratory for Sustainable Energy), for instance, we study polycrystalline materials via synchrotron X-ray diffraction. Several reconstruction problems arise, most of them exhibit inherently discrete aspects. In this talk I want to give a concise mathematical introduction to some of these reconstruction problems. Special focus is on their relationship to classical discrete tomography. Several open mathematical questions will be mentioned along the way.

    KW - Materials characterization and modelling

    KW - Materials research

    KW - Materialeforskning

    KW - Materialekarakterisering og materialemodellering

    M3 - Paper

    ER -

    Alpers A. Discrete Tomography and Imaging of Polycrystalline Structures. 2009. Paper presented at Meeting on Tomography and Applications to Image Reconstruction, Milano, Italy.