大楼侧面原本采用不锈钢包边，经久耐用，经过清洁后仍然崭新。
Due to the durability of the original material, the stainless steel cladding on the sides of the building was cleaned and retained.
试验结果表明采用钢包注流保护浇注技术可降低二次氧化，提高铸坯内在和表面的质量。
The experiment shows that adopting protective casting technology can reduce reoxidation and improve the internal and surface quality of block.
选择应用在大多数立面上的黑色钢包覆层是因为其坚固的性能，这在容易发生盐雾和强风的海边是很重要的。
Dark steel cladding applied across the majority of the facades was chosen for its robust properties, which are essential in a seaside location prone to salt spray and strong winds.
介绍一种钢包精炼炉智能控制系统。
An intelligent ladle furnace (ILF) control system is presented.
对钢包注流保护浇注装置进行了研制。
The protective casting device of teeming stream for ladle is produced.
介绍了炼钢厂钢包内钢水温降研究的现状。
The present research situation of molten steel temperature drop of ladle in steelmaking plants is described.
本文介绍喂线法钢包处理技术的工业试验情况。
The industrial tests of ladle wire feeding technology are reported in this paper.
概述了钢包烘烤的意义，钢包烘烤装置的进展。
The paper overviews the significance of ladle heating and development of ladle heating units.
本文介绍了钢包喂含镁包芯线脱硫工艺研究的结果。
The experiments on desulphurization with Mg-bearing cored wire feeding in ladle are carried out in this paper.
生产的不烧砖在平炉钢包渣线上使用，取得了较好效果。
The brick gained favorable application result in the ladle slag line.
研究了钢包在各个周转阶段的包衬温度分布及其变化规律。
The temperature distribution and its changing rule of ladle lining at each turnover stage were studied.
介绍了用低碳合成渣在钢包中深脱氧和深脱硫的工艺试验。
This paper introduces the experiments of deep deoxidization and desulphurization in ladle with carbonaceous synthetic slag.
钢包内吹氩过程夹杂物的去除效果直接影响钢产品的质量。
The removal efficiency of non-metallic inclusions from molten steel in gas-stirred ladles will directly affect the quality of steel product.
本文以钢包复合结构体为研究对象，主要进行了以下的研究。
This paper mainly does the following researches with the object of ladle composite construction body.
介绍一种套筒式煤气烧嘴烘烤装置及其在钢包烘烤中的成功应用。
The ladle drying device with a sleeve type gas burner and its application in the ladle drying is introduced.
本论文主要介绍了连铸钢包到中间包的下渣检测方法的研究工作。
The dissertation mainly introduces the research and development work of Ladle-Tundish slag detection.
使用本发明，可有效降低钢包渣层的厚度，延长钢包的使用寿命。
The invention can efficiently decrease the steel bag slag blanket thickness; prolong the steel bag length of life.
本文运用有限单元法，对钢包底的温度场和应力场进行了数值模拟。
In this paper, temperature and stress field on the bottom had been simulated using finite element method.
结果表明，顶吹氧射流对钢包混匀时间和循环流量的作用可以忽略。
The result shows that the effect of top blowing oxygen jet on the mixing time and circulation flow rate can be disregarded.
讨论了某钢厂钢包旋转台设备中的一个关键零件——大齿圈的强度问题。
The strength question of a key component-the big gear ring, about the equipment of ladle rotating table in a steel plant is discoursed.
主要分析钢包盖腐蚀漏水及其预防措施，并对设备的改进进行计算分析。
Corrosion caused water leakage of ladle cover and its preventive measures are mainly analyzed and calculation analysis is adopted for the equipment reform in this paper.
在此研究基础上，提出了脱氧合金化及钢包精炼工艺，以减少钢液吸氮。
On the basis of the study the deoxidation alloying process and Ladle refining process are put forward in order to check nitrogen pick-up in liquid steel.
耐候钢包裹着小屋的基础，而较高的外墙覆盖着厚厚的雪松板与青铜条。
Weathering steel wraps the base of the cottage, while higher up the exterior walls are clad in thick cedar boards affixed to bronze bars.
钢包精炼炉的泡沫渣精炼工艺是提高热效率、降低生产成本的有效手段。
The technology of foaming slag refining is a effective method to improve heating efficiency and reduce the cost.
研发了炼钢-连铸生产调度、钢包优化配备、行车和台车协同调度系统。
A coordination scheduling is developed about production scheduling of steelmaking and continuous casting, optimal assignment of steel package and scheduling of crane and dolly.
钢包是冶金生产中的重要设备，其使用寿命的长短对企业生产有直接影响。
Ladle is the important equipment in steel industry and its lifetime directly influences the normal production of entire enterprise.
介绍了连铸机钢包回转台的工作原理、结构，以及安装与维护方面的要点。
This article describes working principle, structure for ladle turret of combi caster, as well as critical point from the view of installation and maintenance.
电炉(EAF)、钢包精炼炉(LF)和VD炉是电弧炉炼钢的关键设备。
EAF (Electric Arc Furnace), LF and VD are key equipments of steel-making.
针对感应加热钢包炉的基本原理，结构特点、电热性能等进行了探讨和分析。
In this paper, the principles, structure characteristics, and heating capability of induction heating ladle furnace are investigated.
重点介绍对用后钢包浇注料的回收工艺及回收物料在高炉铁口炮泥中的应用。
The process of recovery of refractories for ladle and the application of recovery material in blast furnace tap hole clay are introduced emphatically.
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