The combustion characteristics and the nitrogen oxide and carbon monoxide emissions from metal fibre burner in open space and combustion chamber are analyzed with experiments.
通过实验分析了金属纤维燃烧器在敞开空间和燃烧室内的燃烧特性和氮氧化物、一氧化碳的排放。
The burner maintains the necessary temperature in primary combustion chamber when burning waste with low or zero heating value.
当燃烧低或零发热值的废物时，此燃烧器用于维持主燃料室内的必需温度。
H2S gas supplied to the combustion chamber is fed into a burner nozzle.
用燃烧喷嘴将H2S气体注入燃烧室。
Glass industry: molten pool were lining insulation, burner block; kiln construction: hot face refractories, the back of heavy refractory lining, expansion joints; light industry: Industry and domestic boiler combustion chamber liner.
玻璃行业：熔池被衬隔热，烧嘴块；窑炉建筑：热面耐火材料，重质耐火材料的背衬，膨胀缝；轻工业：工业与家用锅炉燃烧室的内衬。
Iron and steel industry: expansion joints, the lining insulation, thermal insulation and mold insulation film; non-ferrous metals industry: tundish and the flow slot cover for pouring copper and copper alloys; Ceramic Industry: Structure and light trucks kiln kiln surface lining of the body heat, the furnace and the temperature zones separated by fire block material; glass industry: molten pool were lining insulation, burner block; kiln construction: hot face refractories, heavy refractory by contrast, expansion joints; light industry: Industry and domestic boiler combustion chamber liner; petrochemical industry: a high-temperature furnace lining hot face material
钢铁行业：膨胀缝，被衬隔热、隔热片和铸模隔热；有色金属行业：中间包和流槽盖，用于浇筑铜和含铜合金；陶瓷行业：轻质窑车结构与窑炉的热面衬体、窑炉各温度区分隔及挡火材料；玻璃行业：熔池被衬隔热，烧嘴块；窑炉建筑：热面耐火材料，重质耐火材料的被衬，膨胀缝；轻工业：工业与家用锅炉燃烧室的内衬；石化行业：高温加热炉内衬得热面材料
Iron and steel industry: expansion joints, the lining insulation, thermal insulation and mold insulation film; non-ferrous metals industry: between packet and streaming trough cover for pouring copper and copper alloys; Ceramic Industry: Structure and light trucks kiln kiln Noodles lining of the hot body, the furnace and the temperature zones separated by fire-screen material; glass industry: molten pool were lining insulation, burner block; kiln building: hot noodle refractories, heavy refractory by contrast, expansion joints; Light Industry: Industrial and domestic boiler combustion chamber liner; petrochemical industry: a high-temperature furnace lining hot face material.
钢铁行业：膨胀缝，被衬隔热、隔热片和铸模隔热；有色金属行业：中间包和流槽盖，用于浇筑铜和含铜合金；陶瓷行业：轻质窑车结构与窑炉的热面衬体、窑炉各温度区分隔及挡火材料；玻璃行业：熔池被衬隔热，烧嘴块；窑炉建筑：热面耐火材料，重质耐火材料的被衬，膨胀缝；轻工业：工业与家用锅炉燃烧室的内衬；石化行业：高温加热炉内衬得热面材料。
Iron and steel industry: expansion joints, the lining insulation, thermal insulation and mold insulation film; non-ferrous metals industry: tundish and the flow slot cover for pouring copper and copper alloys; ceramic industry: structure and light trucks kiln kiln surface lining of the body heat, the furnace and the temperature zones separated by fire block material; glass industry: molten pool were lining insulation, burner block; kiln construction: hot face refractories ≤alternative fiber blanket≥, heavy refractory by contrast, expansion joints; light industry: industry and domestic boiler combustion chamber liner; petrochemical industry: a high-temperature furnace lining hot face material
钢铁行业包括以下项：膨胀缝，被衬隔热、隔热片和铸模隔热；有色金属行业包括以下项：中间包和流槽盖，用于浇筑铜和含铜合金；陶瓷行业包括以下项：轻质窑车结构与窑炉的热面衬体、窑炉各温度区分隔及挡火材料；玻璃行业包括以下项：熔池被衬隔热，烧嘴块；窑炉建筑包括以下项：热面耐火材料≤替代纤维毯≥，重质耐火材料的被衬，膨胀缝；轻工业包括以下项：工业与家用锅炉燃烧室的内衬；石化行业包括以下项：高温加热炉内衬得热面材料
Iron steel industry: expansion joints, the lining insulation, thermal insulation mold insulation film non-ferrous metals industry: tundish the flow slot cover for pouring copper copper alloys Ceramic Industry: Structure light trucks kiln kiln surface lining of the body heat, the furnace the temperature zones separated by fire block material glass industry: molten pool were lining insulation, burner block kiln construction: hot face refractories, heavy refractory by contrast, expansion joints light industry: Industry domestic boiler combustion chamber liner petrochemical industry: a high-temperature furnace lining hot face material
钢铁行业：膨胀缝，被衬隔热、隔热片和铸模隔热；有色金属行业：中间包和流槽盖，用于浇筑铜和含铜合金；陶瓷行业：轻质窑车结构与窑炉的热面衬体、窑炉各温度区分隔及挡火材料；玻璃行业：熔池被衬隔热，烧嘴块；窑炉建筑：热面耐火材料，重质耐火材料的被衬，膨胀缝；轻工业：工业与家用锅炉燃烧室的内衬；石化行业：高温加热炉内衬得热面材料
And the results of T-burner experiment show the residues on the tube wall of combustion chamber and percentage of large particles decrease significantly because of using the coated aluminum particles in the solid propellant.
激光点火实验初步验证了这种设想的可行性。T形燃烧器的实验结果表明，使用包覆铝粉的推进剂，燃烧室管壁残存的残渣量和残渣中大粒子所占的百分数显著减少。
The hot stoves with top combustion chamber was put into operation on Shougang's No. 2 blast furnace in 1979. With the blast furnace volume enlargement finished in 1990s, the burner life was kept as short as 45 years and furnace production was limited.
顶燃式热风炉1979年在首钢投产，90年代以后，随着高炉大型化，大型顶燃式热风炉燃烧口的寿命只有4～5年，严重制约了高炉生产和指标的改善。
Discuss on Operation of Main Combustion Chamber of Sulphur Recovery Plant and Technical Summary of Burner Reconstruction
硫磺回收装置主燃烧炉运行问题探讨及燃烧器改造技术总结
The cold test and production test show that the ceramic burner is suitable for hot-blast stove with high support combustion chamber.
通过冷态试验和工业生产试验表明，该陶瓷燃烧器适于在高架燃烧室的热风炉上使用。
The main structure of combustion chamber of rotary selenium kiln and the selection of oil burner in Phase III of Guixi Smelter are described. The design feature of this combustion chamber is also introduced.
论述了贵溪冶炼厂三期工程蒸硒回转窑燃烧室的主要结构形式和燃油烧嘴的选型，阐述了该燃烧室的设计特点。
Inadequacy in operation flexibility of one-zone combustion chamber adopting partial combustion method and traditional burner has been pointed out together with the influence of various impurities in sour gas on the operation.
指出了采用传统燃烧器的一段式燃烧炉部分燃烧法在操作弹性等方面的不足及酸性气中各种杂质对操作的影响；
The uniformity of flow rate was 90% on the jets of the pre-combustion chamber and the air jets had better velocity uniformity than the gas jets. Consequently, it could improve the homogeneous characters of the burner by optimizing the structure of gas jets.
预热室中四层喷口流量均匀度达90%，空气喷口的速度均匀性相对煤气喷口更好，因此通过优化煤气喷口布置可以提高喷口出流的整体气流均匀性。
Effect of partition on ceramic burner and the flow process in the combustion chamber
阻流板对陶瓷燃烧器及燃烧室内流动过程的影响
The uniformity of flow rate was 90 % on the jets of the pre-combustion chamber and the air jets had better velocity uniformity than the gas jets. Consequently, it could improve the homogeneous characters of the burner by optimizing the structure of gas jets.
预热室中四层喷口流量均匀度达90%，空气喷口的速度均匀性相对煤气喷口更好，因此通过优化煤气喷口布置可以提高喷口出流的整体气流均匀性。
The hot stoves with top combustion chamber was put into operation on Shougang's No. 2 blast furnace in 1979. With the blast furnace volume enlargement finished in 1990s, the burner life was kept as short as 4 5 years and furnace production was limited.
顶燃式热风炉1979年在首钢投产，90年代以后，随着高炉大型化，大型顶燃式热风炉燃烧口的寿命只有4～5年，严重制约了高炉生产和指标的改善。