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J. T. Grant et al.
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J. Gracia et al.
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H. Sugawara et al.
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Maria Abian et al.
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D. Healy et al.
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Tomasz Durka et al.
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Izabela Gniot et al.
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Carbon dioxide in the dehydrogenation of isobutane over VMgOx
Jan Ogonowski et al.
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F. Cavani et al.
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Xunli Zhang et al.
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Jan Ogonowski et al.
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H Will et al.
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MD Argyle et al.
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SM Al-Zahrani et al.
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