The Development and Applications of the Dust and Rhenium Recovery Integrated Device of Calcination Exhaust of Molybdenum Concentrate which Contain Rhenium
p.40
p.40
A Review on the Beneficiation of Ultra-Lean Iron Ores
p.44
p.44
Low-Damage Hydraulic Fracturing Design Technique to Exploration Wells of Erlian Basin in China
p.48
p.48
Effective use Model of Low Permeability Oil Reservoir
p.53
p.53
Effect of Hydrogen Addition on Reduction of Sinter
p.58
p.58
Prediction Model of the Sinter Comprehensive Performance Based on Neural Network
p.62
p.62
Study of the Fluvial Facies Reservoir Sedimentary Characteristics of an Oil Field in China
p.66
p.66
Ashing Law of Minerals in Coal and Influence on Amount of Ash from Boiler
p.70
p.70
Mn Ore Smelting Reduction Based on Double Slag Operation in BOF
p.76
p.76
Effect of Hydrogen Addition on Reduction of Sinter
Abstract:
High level coal injection increases hydrogen of the gas in the blast furnace shaft, which changes the reduction behavior of sinter. This paper investigates the effect of hydrogen addition on reduction of sinter. Experiments of the sinter reduction in different content of hydrogen had been made. The experimental results show that the reduction rate increases with the hydrogen content increase in the reducing gas.
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Periodical:
Advanced Materials Research (Volumes 753-755)
Pages:
58-61
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Online since:
August 2013
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© 2013 Trans Tech Publications Ltd. All Rights Reserved
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