Chemical transformations during pyrolysi
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Michael A. Wilson; Dale E. Lambert; Philip J. Collin
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Article
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1985
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Elsevier Science
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English
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Rundle shale (Queensland, Australia) was pyrolysed at 12.5 K min-' to 35&5Oo"C for 10-240 min. The structures of the liquid products and pyrolysis residues were investigated by a number of n.m.r. spectroscopic techniques including cross-polarization and dipolar dephasing. N.m.r. provided a simple me