Monitoring of the Combustion Heat of the Fuel and Air Excess Coefficient Using the Data on the Flame Electroconductivity

M.A.Smirnov

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Monitoring of the Combustion Heat of the Fuel and Air Excess Coefficient Using the Data on the Flame Electroconductivity

机译：使用火焰电导率数据监测燃油和空气过量系数的燃烧热

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来源
《Сталь》 |1997年第7期|共3页
作者
M.A.Smirnov;
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作者单位

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原文格式 PDF
正文语种 rus
中图分类钢铁冶炼（黑色金属冶炼）（总论）;金属材料;
关键词
combustion heat; fuel air;

机译：燃烧热;燃料空气;

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专利

1. Monitoring of the Combustion Heat of the Fuel and Air Excess Coefficient Using the Data on the Flame Electroconductivity [J] . M.A.Smirnov Сталь . 1997,第7期

机译：使用火焰电导率数据监测燃油和空气过量系数的燃烧热
2. Comparative Study between Flameless Combustion and Swirl Flame Combustion Using Low Preheating Temperature Air for Homogeneous Fuel NO Reduction [J] . Ding Cuijiao, Li Pengfei, Shi Guodong, Energy & fuels . 2021,第9期

机译：使用低预热温度空气对均匀燃料的棉絮燃烧和旋流火焰燃烧的比较研究无减少
3. Effect of Air Preheating & Excess Air on. Flame Temperature, Melting Rate and Specific Fuel Consumption of LDO-Fired Rotary Furnace [J] . R. K. Jain, Ranjit Singh Indian Foundry Journal . 2009,第5期

机译：空气预热和过量空气的影响。 LDO旋转炉的火焰温度，熔点和比燃料消耗
4. A FURNACE COMBUSTION SYSTEM CONVERSION BY FLAMMATEC DURING OPERATION AT LIBBEY, INC. - HOW FLAME GEOMETRY IMPROVEMENT AND EXCESS AIR CONTROL CONTRIBUTES TO FUEL SAVINGS [C] . Dan Cetnar, Petr Vojtech, H.P.H. Muijsenberg Conference on glass problems . 2013

机译：在Libbey，Inc的运行期间通过Flammatec进行炉燃烧系统转换。 - 火焰几何改善和过度空气控制如何促成燃料
5. Predicting Flame Stability, Ash Deposition and Radiative Heat Transfer Characteristics During Oxy-fuel Combustion of Pulverized Coal Using Different Multiphase Modeling Frameworks [D] . Seidel, Trevor Lee. 2019

机译：采用不同多相建模框架预测粉煤氧燃烧过程中的火焰稳定性，灰分沉积和辐射传热特性
6. Combustion Characterization and Model Fuel Development for Micro-tubular Flame-assisted Fuel Cells [O] . Ryan J. Milcarek, Michael J. Garrett, Amrish Baskaran, 2016

机译：微管火焰辅助燃料电池的燃烧表征和模型燃料开发
7. Comparative Study between Flameless Combustion and Swirl Flame Combustion Using Low Preheating Temperature Air for Homogeneous Fuel NO Reduction [O] . -1

机译：使用低预热温度空气对均匀燃料的棉絮燃烧和旋流火焰燃烧的比较研究无减少
8. Development of Combustion Data to Utilize Low-Btu Gases as Industrial Process Fuels. Project 61004 Special Report No. 6: High-Excess-Air Burner [R] . Waibel, R. T., Fleming, E. S. 1979

机译：利用低Btu气体作为工业过程燃料的燃烧数据的开发。项目61004特别报告第6号：高过量空气燃烧器

Monitoring of the Combustion Heat of the Fuel and Air Excess Coefficient Using the Data on the Flame Electroconductivity

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