研究了转炉钢渣尾渣不同粒度的钢尾渣粉和钢尾渣块的活性，转炉钢渣尾渣粉和高炉矿渣双掺粉的活性。
Studied the BOF slag tailings with different particle size of steel slag powder and steel tail blocks the activity of BOF slag powder and blast furnace slag tailings double-doped powder activity.
提出了电弧炉炼钢比较优势分析框架，将电炉钢和转炉钢作为替代品进行比较，得出了电炉炼钢的优势及影响其应用的因素。
An analytical frame work is developed by treating the BOF steel as EAF steel's substitutes, Then the application potential and application potential are gotten using the framework.
在半钢炼钢工艺下，通过优化转炉的供氧操作、提高操作水平、对煤气回收系统进行优化改造，提高了转炉煤气的回收量。
The recovery quantity of converter gas got increased in semisteel steelmaking process by means of optimizing oxygen feeding, improving operation level, reforming gas recovery system.
介绍采用转炉、l F炉精炼、小方坯连铸机、高速线材轧机生产工艺试制ML 08 A l冷镦钢的过程。
To introduce the trial production process of ML08Al cold heading steel adopting the process of converter steel-making, LF refining, billet continuous cast and high speed wire rod mill.
阐述了安钢120t转炉氧枪喷头重要参数的设计和选取，并通过冷态测试和实际运用对氧枪喷头的使用效果进行了分析和讨论。
This paper describes the design and selection of important parameters of oxygen lance nozzle for 120 t converter, analyzes and discusses its applied results both in cold state test and production.
提高转炉供氧强度可以有效地缩短每炉钢的吹氧时间。
The time of blowing oxygen can be shorten efficaciously by increasing supplying oxygen intensity in converter.
试验表明，采用合适的冶炼工艺，大型转炉加炉外精炼能够批量生产超低硫低磷钻杆用钢，使钻杆获得高横向冲击韧性。
Test results show that such steel can be mass produced with technology of a large converter plus the secondary refining, which can insure drill pipes for the transverse impact toughness.
介绍了某钢厂采用顶底复吹转炉冶炼工艺研制炮弹系列用钢的生产工艺与技术。
The production process and technology for developing a series of shot steels by top and bottom combined blown BOF were presented.
用金相显微镜、扫描电镜和能谱观察和分析了转炉生产的含硫非调质钢轧后硫化物夹杂的形貌。
The morphology of sulphide inclusions in sulphur-comprising micro alloyed steel manufactured by converter after rolling was observed.
通过对唐钢第一炼钢厂转炉、LF和连铸生产过程的研究，讨论了各工序钢水中氮的变化及其影响因素。
The change of nitrogen content and its affecting factors in process of converter production, LF and continuous casting are studied and discussed.
介绍了深冲钢的转炉——连铸生产工艺及产品开发情况；
This paper introduces the technical process of converter continuous casting of deep drawing steel and its development of products.
在实验室和昆钢三炼钢转炉对溅渣护炉改渣剂进行了研究和应用。
The study on slag modifier and its application for slag splashing has been carried out in the laboratory and for converters of No.
用金相显微镜、扫描电镜和能谱观察和分析了转炉生产的含硫非调质钢轧后硫化物夹杂的形貌。
The morphology of sulphide inclusions in sulphur-comprising microalloyed steel manufactured by converter after rolling was observed.
在唐钢150t复吹转炉上开发出适用于百吨以上顶底复吹转炉的音频化渣技术，并根据音频曲线实现了转炉吹炼操作的量化分级管理。
The technique of audio frequency slag melting has been exploited for top and bottom combined blown converter in 150 t combined blowing converter of Tangshan Iron and Steel Company.
详细论述了转炉出钢过程采用合成渣洗工艺对炉外精炼工艺的影响。
The influences of using synthetic slag during tapping on converters on the ladle furnace refining are described.
简要介绍了转炉炼钢从上料开始到装炉料、吹炼、造渣、出钢、出渣的工艺过程；
The process is briefly presented form loading material, charging furnace, converting, slagging to tapping of steel and slag.
转炉工艺流程能够实现炮弹系列用钢的工业化生产。
The BOF process can realize a commercial production of a series of shot steel.
本文提出了一个AOD转炉精炼不锈钢过程的数学模型。
A mathematical modeling for AOD converter refining process of stainless steel has been developed.
理论计算和工业试验效果证明，在南钢现有生产条件下，采用转炉出钢过程“渣洗”脱硫工艺，具有比较好的脱硫效果。
Theoretical calculation and industrial test have shown that at present production conditions in Nangang Group, the results about desulphurization of slags filtrating in LD tapping process are better.
转炉出钢时对钢水进行合成渣处理，可以同时降低钢水中氧和硫的含量，综合提高钢水质量。
The amounts of oxygen and sulfur in liquid steel could be reduced by synthetic slag treatment during ld converter tapping, therefore, the quality of liquid steel was improved.
介绍了迁钢各系统水的串接使用，探讨了串级用水技术在钢铁生产工艺中的高炉、转炉、轧钢及厂与厂之间的中的应用。
It discussed the application of the water in series technology in blast furnace, converter, steel rolling of iron and steel production, and between factories.
美国LTV钢公司开发的转炉溅渣护炉技术在应用中取得了良好效果。
The slag splashing technology developed by LTV steel company has achieved a good result in the applications.
介绍柳钢100吨转炉及宽厚板坯连铸系统技术特点。
The technical features of 100t converter and wide and heavy continuous casting slab system were introduced.
介绍了本钢利用转炉冶炼特殊钢的工艺技术。
The present paper introduces a new technology by which the special steel is refined in the converter.
研究了包钢重轨钢从转炉出钢到结晶器各个工序过程（未经VD真空处理）钢液中氢含量变化。
The hydrogen content in the molten heavy rail steel was measured in every stages from LD tapping to mould(without the VD refining process).
结合遗传算法(GA)和误差反馈型神经网络(BP)，建立了优化的GA - BP神经网络预测模型，预测转炉炼钢过程钢液终点磷含量。
Combined Genetic Algorithms (ga) and back-propagation neural network (BP), an optimized GA-BP model was established to predict phosphorus content. Some data were chosen to train the network model.
用光学碱度和二次正规溶液模型对转炉出钢过程混冲脱硫进行了研究。
Optical basicity and regular solution model of quadratic formalism was used in the research of desulfurization of molten steel during tapping by slag filtrating.
青钢应用“转炉-小方坯连铸机-高速线材轧机”工艺流程试制EH14焊接用钢盘条。
The advanced development process flow of "converter-small billet continuous casting machine-high speed wire rod mill" is adopted in developing EH14 wire rod for weld.
研究不同抗氧化剂搭配对镁碳质转炉出钢口管砖抗氧化性能的影响。
Effects of different anti-oxidants on the anti-oxidation properties of MgO-C tapping hole of a converter are studied.
本文阐述了广钢转炉炼钢厂溅渣护炉工艺的实施过程、具体操作参数及应用效果。
The article expounds modification of slag splashing technology for lining maintenance, specific process parameters and their application.
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