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Promotion of CO Oxidization and Inhibition of NO Formation by Gaseous Iron Species during High-Temperature Off-Gas Combustion

机译：高温废气燃烧过程中促进CO氧化和抑制作用气态铁物种

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Sen Li; Xiaolin Wei;
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年度 2011
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1. Promotion of CO Oxidization and Inhibition of NO Formation by Gaseous Iron Species during High-Temperature Off-Gas Combustion [J] . Sen Li, Xiaolin Wei Energy & fuels . 2011,第MARaaAPRa期

机译：高温废气燃烧过程中促进气态铁物种氧化CO并抑制NO生成
2. Analytical modeling of combustion of a single iron particle burning in the gaseous oxidizing medium [J] . Mehdi Bidabadi, Majid Mafi Proceedings of the Institution of Mechanical Engineers, Part C. Journal of mechanical engineering science . 2013,第5期

机译：气体氧化介质中单个铁颗粒燃烧的燃烧分析模型
3. Characteristics of a combustion of near stoichiometric gaseous mixtures of flammable gas - Oxidizer - Fluorinated hydrocarbon at various oxygen concentrations in the oxidizer [J] . Shebeko A. Yu, Shebeko Yu. N., Golov N. V., Journal of loss prevention in the process industries . 2017,第期

机译：在氧化剂中各种氧浓度下易燃气体氧化剂 - 氟化烃近的化学计量气态混合物燃烧特征
4. Inhibition of iron oxidizing bacteria involved in the generation of acid mine drainage [C] . C. Cruz Viggi, F. Pagnanelli, M. Sabattini International Biohydrometallurgy Symposium . 2009

机译：抑制酸矿排水产生的铁氧化细菌
5. Speciation of Gaseous Oxidized Mercury Molecules Relevant to Atmospheric and Combustion Environments [D] . Guzman, Francisco J. 2019

机译：与大气和燃烧环境相关的气态氧化汞分子的形态
6. Data on species and concentration of the main gaseous products during sludge combustion to support the feasibility of using sludge as a flue gas denitration agent for the cement industry [O] . Zijun Tang, Ping Fang, Xiang Xiao, 2019

机译：有关污泥燃烧过程中主要气态产物的种类和浓度的数据以支持将污泥用作水泥行业的烟气脱硝剂的可行性
7. Transient Combustion Analysis of Iron Micro-Particles in a Gaseous Oxidizing Medium Using a New Iterative Method [O] . G.M. Sobamowo, A.A. Yinusa 2018

机译：一种新的迭代方法在气态氧化介质中铁微粒的瞬态燃烧分析
8. Prevention of the Formation of Acid Drainage from High Sulfur Coal, Coal Refuse and Coal Spoils by Inhibition of Iron and Sulfur Oxidizing Microorganisms [R] . Dugan, P. R. 1985

机译：通过抑制铁和硫氧化微生物防止高硫煤，煤矸石和煤矸石形成酸性排水

Promotion of CO Oxidization and Inhibition of NO Formation by Gaseous Iron Species during High-Temperature Off-Gas Combustion

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