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Dietmar Geiger et al.
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R Yoshida et al.
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T Furihata et al.
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KI Deak et al.
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Y Kobayashi et al.
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A Kelner et al.
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T Umezawa et al.
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M Boudsocq et al.
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JM Alonso et al.
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MC Koag et al.
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DE Monks et al.
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M Mikolajczyk et al.
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