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Mechanism of La2O3 as combustion improver in blast furnace coal injection

Mechanism of La2O3 as combustion improver in blast furnace coal injection
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摘要 La2O3 is a combustion improver suitable for burning pulverized coal in blast furnace. La2O3 forms the active species La3+(CO-)3 that weakens the bridge adhesion of carbon structural units and alters the lattice structures, thus reducing the activation energy of the pulverized coal and accelerating the burning process. Research shows that La2O3 can form the active species La3+(CO-)3, which weakens the bridge adhesion of carbon structural units and alters the lattice structures of the fixed carbon, hence decreasing the activation energy of the pulverized coal and accelerating the burning process.
出处 《International Journal of Coal Science & Technology》 EI 2016年第1期47-52,共6页 国际煤炭科学技术学报(英文)
基金 the National Key Laboratory in University of Science and Technology Beijing of China (KFI3-02) and the Natural Science Foundation of Hebei province (E2013209339).
关键词 Combustion improver La2O3 - Microcrystalline parameter - Average particle diameter Morphologicalappearance La2O3 高炉喷煤 助燃剂 机理 燃烧过程 活性物种 晶格结构 结构单元
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