介绍了混铁炉自投入使用后的炉龄状况。
The situation of the service life of the mixer since it was put into use is introduced in this paper.
溅渣护炉技术是提高转炉炉龄的有效措施。
本发明可适用于处于炉龄后期的玻璃池炉。
The present invention is suitable for glass molten pool furnace in the later stage of furnace life.
主要用于转炉炼钢、溅渣护炉，能提高转炉炉龄。
It is used for converter steel making, through the splashing cross to protect the furnace, which can raise the furnace life.
论述了石家庄钢铁公司围绕提高转炉炉龄所采取的各种措施。
The various measures adopted to prolong the furnace life of converter in Shijiazhuang Iron and Steel Company are stated.
由于转炉出钢温度也偏高，实施溅渣护炉以大幅度提高炉龄比较困难。
Besides of the high tapping temperature, it is difficult for the vessels to prolong service lives remarkably by slag splashing.
复吹转炉技术的实现其关键是如何保证底吹喷嘴寿命与炉龄同步的问题。
The key to implement combined blowing technology is how to insure life-span of bottom nozzle as long as campaign of convertor.
贵冶炼铜转炉寿命最高炉龄为242炉，平均炉龄维持在220炉左右。
In Guixi Smelter, the highest furnace life of copper converter is 242 heats and the average life is remained about 220 heats.
随着炉龄的增长，焦炉的炉头温度越来越成为制约焦炭质量的一个环节。
Along with the increase of the age of coke oven, the temperature of the burner of coke oven has become more and more a link of restricting the quality of the coke.
介绍了工频感应熔化炉通过改进筑炉和正确使用工频炉来延长炉龄的方法。
This paper presents the method for prolonging the life of the frequency-induction furnace through improving furnace making and correct use of the furnace.
氮气转炉溅渣护炉技术是一项显著提高转炉炉龄、降低生产成本的先进技术。
Nitrogen converter lining protection technology by slag splashing is an advanced technology to remarkably enhance service life of the converter and reduce production costs.
结果表明采用这些措施能够减轻冶炼操作对炉衬的损害，有利于提高转炉炉龄。
The results show that the measurements can be used to reduce the harm of smelting 0peration to converter lining and so as to increase converter lifetime.
本文从工艺角度出发分析了阳极炉炉龄的影响因素，指出了提高炉龄的具体措施。
This article analyzes the elements affecting anode furnace campaign and put forward detailed measures for campaign increasing.
这一新技术应快速移植到有色冶炼系统中来，解决有色冶炼炉炉衬侵蚀严重、炉龄短的难题。
Such a new technology should be implanted as soon as possible in nonferrous smelting furnaces on purpose to solve serious erosion of the ir linings and problem of short useful live.
这一新技术应快速移植到有色冶炼系统中来，解决有色冶炼炉炉衬侵蚀严重、炉龄短的难题。
Such a new technology should be implanted as soon as possible in nonferrous smelting furnaces on purpose to solve serious erosion of the ir linings and problem of...
根据罐式煅烧炉结构及硅砖的特点，分析罐式煅烧炉破损原因，探讨延长罐式煅烧炉炉龄的途径。
The analysis of the damaged reason for pot type calcine furnace and the probe into the path which prolong the age of the pot type calcine furnace.
通过对转炉溅渣护炉技术试验与渣样分析，结果表明，转炉溅渣护炉技术是提高转炉炉龄的有效手段。
The protection technology for converter lining by slag splashing is proved to be a effective way of prolonging converter campaign according to the results from the tests and analysis on slag sample.
就我国首例使用陶瓷球换热技术及水冷长炉龄冲天炉的使用维修和冲天炉的热能综合利用进行了总结和探讨。
Use and repair of ceramic ball heat exchange technique and water cooled cupola with long service life as well as heat energy comprehensive use have been summarized and explored.
生产实践表明LBE工艺及炼钢自动化系统具有改善操作条件，延长炉龄以及提高冶金效益和产品质量等优点。
Practical production shows that this automation system has advantages of improving operational conditions, extending the furnace campaign and raising the metallurgical efficiency and product quality.
广钢两座进入炉龄晚期的高炉，炉体破损，设备老化，技术经济指标恶化，安全生产受到威胁，对高炉大修刻不容缓。
It is urgently needed to overhaul two blast furnaces in GIS for their terminal campaign, damaged furnace-body, aged equipment, worse technical and economic index and low safety guarantee.
论述了顶底复吹转炉底部供气砖工作原理、维护方法，提出了如何操作才能使底部供气砖与炉龄同步的理论与具体措施。
The work principle and maintenance method of bottom gas-feeding brick in top-bottom duplicate blown converter are stated, it is proposed how to make the bricks synchronized with furnace life.
通过优化工艺操作，改善了溅渣护炉的效果，简要介绍强化炉型控制等技术管理措施，提高了30t氧气顶吹转炉炉龄。
The measures in technical management for the strengthening furnace type control ectare briefly introduced, the furnace life of 30t oxygen top blowing converter has been increased.
介绍长龄水冷冲天炉的结构及工作原理，分析风眼漏水和炉体挂渣的原因。
The construction and operation principle of a long melting life water-cooled cupola was described.
介绍长龄水冷冲天炉的结构及工作原理，分析风眼漏水和炉体挂渣的原因。
The construction and operation principle of a long melting life water-cooled cupola was described.
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