Transactions of the Iron and Steel Institute of Japan · 1970 · 14 citations · 0 references
EngineeringChemical EngineeringMining EngineeringChemical KineticsProcess Systems EngineeringThermodynamicsBlast DesignChemical Kinetics ModelingChemical ThermodynamicsKinetic ModelingReaction Process DesignReactor ModelingBlast Furnace TechnologyBlast FurnacesBlast ModelingJunction Temperature EstimationReaction Rate ModelingReaction Rate PredictionWater-gas Shift Reaction
On the basis of the eX/lerilllwtal data re/JOrted hy the other illvestigators, the over-all reaction rates q! the reduction oj silica and oj the water gas shift reaction were determined as a jimction oj o/Jerating conditions and the rates determined were apjl/-ied to a mathematical model. In addition, the s/lecijic heat oj each component oj burden lIIate rials contained in the model was represented as a Junction oj temperature .