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David De Bels et al.
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Xian-Bao Liu et al.
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Shuanhu Zhou et al.
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Manoj Kanichai et al.
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William G. Kaelin et al.
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Jordi Rius et al.
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A. Stolzing et al.
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Chien-Tsun Chen et al.
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Bryce H. Davis et al.
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Peppi Koivunen et al.
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M. Dominici et al.
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J. C. Utting et al.
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K Le Blanc et al.
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H Kitoh et al.
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M Hirsilä et al.
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K Stenderup et al.
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EM Horwitz et al.
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