1) furnace profile design
设计炉型
2) blast furnace profile design
高炉炉型设计
1.
The blast furnace profile design has an extremely important influence to the blast-furnace smelting process and the technical and economic indicator of iron-smelting production.
针对高炉炉型设计的方法和特点,论文开展了高炉炉型计算机辅助设计的工作,其主要研究内容如下: (1)研究高炉炉型设计的相关知识。
3) Converter Design
转炉设计
4) blast furnace design
高炉设计
5) boiler design
锅炉设计
1.
This pipe presents firstly the equation for steam temperature control of large boilers and gives a detailed show about its application to boiler design,operation and rebuilding.
首次提出了大型锅炉汽温控制方程的概念和具体型式,对于汽温控制方程在锅炉设计、运行分析、节能技术改造等方面的应用进行了详尽的说明。
2.
The successful application of solidWorks 2001Plus three- dimensi onal software in boiler design can greatly increase the efficiency of product de velopment of enterprises.
成功应用SolidWorks2001Plus三维CAD软件进行锅炉设计,可极大提高企业的产品开发效率。
3.
This paper introduces the successful experiences of combustion with High-lowBed combustion technology in boiler design,which supplies a good way for combusting furfural dregs.
文章介绍了笔者在锅炉设计中采用高低差速床燃烧技术改造燃用糠醛渣锅炉的研制心
6) furnace design
炉膛设计
1.
Probability and necessity of introducing coal char combustion simulation to thermal calculation in furnace design is analyzed.
分析了炉膛设计热力计算中引入煤焦颗粒燃烧模拟的可能性和必要性,探讨了采用早期的锅炉机组热力计算标准进行新型的W型火焰锅炉炉膛热力计算的可行性及经验系数的取值问题,分析、比较了煤焦颗粒在实验室和炉膛内燃烧环境的差异,并引入氧量分布不均系数、区段充满度系数来考虑炉膛内颗粒表面氧浓度、停留时间等方面与实验环境的差异。
补充资料：铸造型焦和高炉型焦
铸造型焦和高炉型焦
91．铸造型焦和高炉型焦
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条