| 1. | New development of blast furnace ironmaking technologies
高炉炼铁技术的最新进展 |
| 2. | Development and comment on non - blastfurnace iron - making process
非高炉炼铁工艺的发展及评述 |
| 3. | Development of blast furnace ironmaking technology in wisgco
日本节能高炉炼铁技术的最新进展 |
| 4. | Process control and expert system for bf
高炉炼铁过程控制及专家系统 |
| 5. | New development of energy saving technology for blast furnace in japan
武钢高炉炼铁生产技术进展 |
| 6. | This thesis pays more attention to introduce how to use pattern identification and computer software technology handily to analyze the process parameters and discuss the optimization study during forge iron smelting process in a steal plant
本文重点介绍了在某钢厂高炉炼铁过程中，如何巧妙地运用模式识别和计算机软件技术，对工艺参数进行分析和优化研究的探讨。 |
| 7. | The content of this paper came from the renovation project of the proportioning system of no . 3 blast furnace in hefei steel & iron co . the former proportioning system became the bottleneck of the iron production due to the aging equipment and the low - level automation
本论文的工作内容来自合钢3 #高炉槽下配料控制系统改造工程。合钢3 #高炉原有配料系统由于设备陈旧，自动化水平较低，已成为高炉炼铁的瓶颈。 |
| 8. | Abstract : the present paper elaborates the role of the ironmaking area and the general situation of process flow and task of the ironmaking area at wisco in the coming century , correctly analyzes the current conditions and advantages of the ironmaking facilities , and affirms that the blast furnace ironmaking is still the main stream in the 21st century and the ironmaking area will remain the bottle neck in the whole process flow in wisco
文摘:阐述了进入新世纪武钢炼铁系统的作用、武钢工艺流程的总形势及武钢炼铁系统的任务;正确地分析了武钢炼铁系统的现状及其优势,提出了高炉炼铁仍是21世纪炼铁系统的主流,而炼铁系统又是武钢整个流程中的关键性环节。 |
