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S. Philippi et al.
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Andrew F. Holloway et al.
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Wenxiang Wang et al.
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A. P. Shpak et al.
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C. Mueller et al.
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S. Groudeva-Zotova et al.
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S. Hampel et al.
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C. Mueller et al.
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D Golberg et al.
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IR Shein et al.
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A Leonhardt et al.
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Magnetic behavior of iron-filled multiwalled carbon nanotubes
S Karmakar et al.
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AK Schaper et al.
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JF Marco et al.
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