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    COERCIVITY-ENHANCED IRON NITRIDE NANOPARTICLES WITH HIGH SATURATION MAGNETIZATION

    Neue Suche nach: JOHNSON FRANCIS
    Neue Suche nach: WU YIMING
    Neue Suche nach: LARSON JOHN MICHAEL
    Neue Suche nach: BLACKBURN L ANDERSON

    Iron nitride nanoparticles and magnet materials made from iron nitride nanoparticles are described. The iron nitride nanoparticles have a core and a shell morphology. The shell is configured to provide a means to nitride the core. The magnetic materials are characterized as having an Msat greater than about 160 emu/g and a coercivity greater than about 700 Oe.

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    COERCIVITY-ENHANCED IRON NITRIDE NANOPARTICLES WITH HIGH SATURATION MAGNETIZATION

    Neue Suche nach: JOHNSON FRANCIS
    Neue Suche nach: WU YIMING
    Neue Suche nach: LARSON JOHN MICHAEL
    Neue Suche nach: BLACKBURN L ANDERSON

    Iron nitride nanoparticles and magnet materials made from iron nitride nanoparticles are described. The iron nitride nanoparticles have a core and a shell morphology. The shell is configured to provide a means to nitride the core. The magnetic materials are characterized as having an Msat greater than about 160 emu/g and a coercivity greater than about 700 Oe.

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    COERCIVITY-ENHANCED IRON NITRIDE NANOPARTICLES WITH HIGH SATURATION MAGNETIZATION

    Neue Suche nach: JOHNSON FRANCIS
    Neue Suche nach: WU YIMING
    Neue Suche nach: LARSON JOHN MICHAEL
    Neue Suche nach: BLACKBURN L ANDERSON

    Iron nitride nanoparticles and magnet materials made from iron nitride nanoparticles are described. The iron nitride nanoparticles have a core and a shell morphology. The shell is configured to provide a means to nitride the core. The magnetic materials are characterized as having an Msat greater than about 160 emu/g and a coercivity greater than about 700 Oe.

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    Titel:

    COERCIVITY-ENHANCED IRON NITRIDE NANOPARTICLES WITH HIGH SATURATION MAGNETIZATION

    Beteiligte:

    JOHNSON FRANCIS (Autor:in) / WU YIMING (Autor:in) / LARSON JOHN MICHAEL (Autor:in) / BLACKBURN L ANDERSON (Autor:in)

    Erscheinungsdatum:

    07.07.2022

    Medientyp:

    Patent

    Format:

    Elektronische Ressource

    Sprache:

    Englisch

    Klassifikation:

    IPC:  H01F MAGNETS , Magnete / B22F Verarbeiten von Metallpulver , WORKING METALLIC POWDER / C04B Kalk , LIME / C23C Beschichten metallischer Werkstoffe , COATING METALLIC MATERIAL

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