介绍了国外洁净钢的生产技术。
The technology for foreign clean steel production was introduced.
本文论述了洁净钢生产的基本过程。
The paper describe the basic production process of cleaning liquid steel.
洁净钢的生产是薄板坯连铸的关键问题。
The cleanliness of molten steel is a key factor for thin slab casting.
中间包吹氩是适应洁净钢冶炼的新技术、新方法。
Argon blowing in tundish is a new technology for production of clean steel.
阐述了洁净钢生产的技术思路以及各工序中采用的主要工艺技术。
The technique to produce clean steel and the main technology adopted in the various steps of the production are briefly stated.
根据攀钢目前冶炼工艺存在的问题，提出了生产洁净钢应该采取的技术措施。
Based on problems present in current smelting processes at Pangang, the technical measures which should be taken for clean steel production were put forward.
新一代钢铁制造流程的研究内涵应包括：高效率、低成本的洁净钢生产平台技术；
The research of new generation steel manufacturing process of steel plant should cover: platform technology for producing clean steel with high efficiency and low cost;
相同变形温度条件下，变形量增大时高洁净钢的变形抗力增加程度比两种工业钢小。
Further more, when the samples are deformed at the same temperature, clean steel will get smaller stress increments than that of two commercial steels as the reduction increases.
结论：高碱性、成分、结构合适的中间包覆盖剂及内衬材料是生产高洁净钢的重要条件。
The conclusion is that fluxes and linings with high basicity and proper compositions are important to the production of clean steel.
讨论了在控制轧制和加速冷却条件下，含钒微合金较洁净钢的工艺参数对力学性能的影响。
Effect of technological parameters of controlled rolling and accelerated cooling on the mechanical properties of vanadium bearing microalloyed clean steel have been investigated in this paper.
在钢铁冶炼工艺中，为了实现钢水精炼和冶炼洁净钢的目的，在钢包上使用无碳耐火材料成为必不可少的重要手段。
In order to achieve the goal of refining liquid steel and smelting clean steel, using of no-carbon refractory for ladles is very important in iron and steel smelting processes.
通过现场腐蚀挂片、室内模拟实验和电化学测量研究了A3钢在富营养化淡水环境中和洁净淡水环境中的腐蚀行为及影响因素。
The corrosion behaviors of A3 steel in eutrophic water and clean water were studied by locale corrosion specimen and experiments in simulant condition.
可为生产高洁净度管线钢的工艺选择和成分控制提供参考。
It also provides reference for the process choice and content control of high cleaness pipeline production.
超级钢的主要特征是高洁净度和超细晶粒组织，在不增加任何合金元素的情况下，其强度、韧性和使用寿命提高一倍。
Ultra steel is characterized by its higher cleanness and ultra-fine grain, thus it has higher strength, toughness and longer life even without addition of more alloying elements.
我们公司的电子不锈钢锅炉，主要应用于蒸汽管路中需要减少污染物的洁净蒸汽领域。
Electric Stainless Steel boilers are ideal for clean steam generation in that they can be located near the process reducing contamination introduced by steam piping.
研究了低碳钢、普通市售x65钢和高洁净度X65钢三种超细晶粒钢焊接haz的晶粒长大倾向。
In this paper, the grain growth in the HAZ of three kinds of ultra - fine grain steels such as low carbon steel, commercial X65 steel and high purity X65 steel were evaluated.
高洁净度钢的相变铁素体形核速率较高，而长大速率较低。
Higher nucleation rate and lower growth rate in ferrite transformation are of the main characteristics of high purity steel.
找出了夹杂物数量、尺寸、组成、分布和类型在不同工序中的变化规律，提出了改善钢的洁净度的建议。
The variations of content, size, composition distribution and type of inclusions during steel-making have been examined. The measures for enhancing the cleanness of steel are proposed.
低碳铝镇静钢(LCAK)常用于生产冷轧板，要求铸坯有高的洁净度。
High cleanliness is required for low carbon aluminum killed (LCAK for short) steel which is widely used for production of cold rolled sheet.
发现材料的晶内偏析和奥氏体晶界洁净度分析控制钢的屈服强度和韧度。从而改变了此钢按细化晶粒度控制强韧性的工艺指导思想。
It is found that the alloying elements segregation in grains and the grain boundary cleanliness control the yield stress value and the tough-strength properties of this material respectively.
然后介绍了改善夹杂物去除和提高钢洁净度的铸机操作。
Then, operation practices at continuous caster to improve inclusion removal and steel cleanliness are reviewed.
真空精炼技术是提高钢的洁净度和降低钢中杂质含量的有效措施。
Vacuum refinement technique is clean degree to increase steel with lower the valid measure with deal in miscellaneous quality in inside in steel.
真空精炼技术是提高钢的洁净度和降低钢中杂质含量的有效措施。
Vacuum refinement technique is clean degree to increase steel with lower the valid measure with deal in miscellaneous quality in inside in steel.
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