It can be used to check the flexibility of the convection section when the feed and operation condition changes, and it can be used to design the cracking furnace of different scale and feedstocks.
可以很好地用来判断现有裂解炉对流段对改变原料和操作条件的适应性和设计各种规模和适应各种原料的裂解炉。
It was found that feed rate affected the secondary reaction in the pyrolysis furnace and the main product.
研究发现，进料量影响了炉管内的二次反应，进而对主要产物收率有重要影响。
Applying frequency governor to bottom pump of evaporation tower and feed pump of furnace, the result showed that it is the effective way to improve the automatic level in clay unit.
通过蒸发塔底泵和护进料泵两系统采用变频调速器的数据分析表明，它是提高白土精制装置自动化水平的有效途径。
Technical innovation is done for feed system of cracking furnace for adapting various feedstocks.
为适应各种原料，对裂解炉进料系统进行技术改进。
Information of the rolling process can be feed back to the reheating process, and the temperature setting of reheating furnace can be adjusted dynamically based on the rolling information.
实现了将轧制生产的过程参数信息反馈到加热生产工序，对加热炉炉温设定进行基于轧制参数信息的动态调节。
To the defects of existed methods for furnace temperature setting, an improved strategy of dynamical optimization for furnace temperature is proposed based on the feed forward compensation.
针对加热炉优化控制中大回路反馈补偿存在延迟，不能及时反应工况变化的特点，提出一种基于前馈补偿的加热炉炉温设定值的动态优化控制策略。
A feed inlet, a temperature measuring port, a vacuum port and a discharge outlet are arranged on the furnace wall of the reaction chamber.
在反应室炉壁上设有加料口、测温口、真空口和出料口。
The feed materials are fed in a dry state to the conversion zone in order to prevent erosion of the furnace walls.
饲料喂养材料在干燥状态的转换区，以防止炉墙侵蚀。
And finally the influence of negative pressure of furnace hearth, the air feed pressure on internal gas flow fe...
最后举例计算分析了炉膛负压、送风压力对燃烧器内部气动特性的影响。
The design and transformation of rotating feed tube and charger of original feed system of FeSi furnace with low hood are conducted to meet the need of the production.
为了使矮烟罩硅铁电炉的加料系统能满足生产需要，对原加料系统中的旋转料管和加料机以及加料管的密封进行了设计改造。
And finally the influence of negative pressure of furnace hearth, the air feed pressure on internal gas flow feature of burner are analyzed b...
最后举例计算分析了炉膛负压、送风压力对燃烧器内部气动特性的影响。
And finally the influence of negative pressure of furnace hearth, the air feed pressure on internal gas f...
最后举例计算分析了炉膛负压、送风压力对燃烧器内部气动特性的影响。
And finally the influence of negative pressure of furnace hearth, the air feed pressure on internal gas f...
最后举例计算分析了炉膛负压、送风压力对燃烧器内部气动特性的影响。
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