Effect of cell geometry on the in situ m
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Timothy G. Fowler; Keith D. Bartle; Rafael Kandiyoti
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Article
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1988
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Elsevier Science
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English
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Changes induced by Z&l,-impregnation in the development of spin population profiles during the in situ pyrolysis of a bituminous coal were investigated as a function of cell geometry, carrier gas flow rate and heating rate. At a heating rate of 10ยฐC min -' , ZnCl, was observed to lower spin populati