Abstract
The factors most responsible for the reactivity of metallurgical coke—the structure of the carbon matrix and the catalytic action of the inorganic components—are considered in the light of new data regarding the relation between CRI and the anisotropy of the reflectance ΔR o and data regarding the variable composition of the mineral components during the high-temperature reaction of CO2 with coke. New literature data regarding the transformations of coke samples within special metal baskets in a prototype blast furnace are also discussed.
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