结晶器密封绳在炼钢开浇前使用。
结晶器保护渣系列化分析研究。
拉漏前结晶器摩擦力逐渐增加。
模拟显示了结晶器内的钢液流动；
还介绍了新的喷淋式结晶器的结构及优缺点。
The structure, its merits and demerits of new spray mould are also introduced.
以往，结晶器是选择导热性良好的脱氧铜制作的。
In the past the crystallizer was made of a deoxidized copper with a good thermal conductivity.
介绍结晶器液面自动控制技术在连铸机上的应用。
The paper introduces the application of automatic level control in caster mould.
结晶动力学是结晶操作和结晶器设计与放大的基础。
Crystallization kinetics are the basis for crystallization behavior and crystallizer scale-up design.
使用这种结晶器后，连铸的产量及铸坯质量大大提高。
The results used the mould show that the quality and volume of production of cast billet were greatly improved.
在实验室模拟研究了结晶器内酸性保护渣的传热情况。
The heat transfer of mold flux in mold was investigated in laboratory.
建立了软接触结晶器内的钢液流动和凝固耦合数学模型。
A coupled model is developed for steel flow and solidification in soft-contact mold.
进而推导出在柱坐标系中，电磁结晶器内电磁力的表达式。
Then we derived the expression of electromagnetic force in the electromagnetic crystallizer in the cylindrical coordinates.
结晶器振动装置的运动精度对铸坯的表面质量有很大影响。
The movement locus precision of mould oscillation equipment does much influence on strand surface quality.
其中，结晶器在线调宽系统是属引进的先进实用的技术之一。
Mould on-line width control system is also one of the introduced advanced and practical technologies.
钢液弯月面处的磁感应强度是结晶器中心最大值的10%左右。
The magnetic induction intensity at meniscus was about 10% of that maximum value at mould middle section.
中间包水口的质量和寿命直接影响着钢在进入结晶器前的纯净度。
The quality and life of the tundish nozzle directly affect the purity of steel before entering into mold.
并数值计算了普通循环水冷结晶器与喷淋冷却结晶器的冶金参数。
The metallurgical parameters of the conventional recirculating water cooling and the spray cooling molds have been calculated respectively.
本文主要介绍了唐钢薄板坯连铸机结晶器漏钢预报系统的功能算法。
This paper mainly introduces the mould breakout detection system function arithmetic of thin slab caster in Tang Steel.
本文介绍了方坯连铸机结晶器液压振动控制系统及监测系统的组成和功能。
This paper studies the structure and function of remote monitoring system about Billet Caster's hydraulic crystallizer.
本文应用水力学及数学模型的方法研究了超低头板坯连铸结晶器内钢水流动特征。
This paper studied liquid steel flow property in mould of super low head slab CC with hydraulic model and mathematics model.
在连续统一模型的基础上建立了描述反向凝固结晶器中的流动与传热的数学模型。
Model that describes the flow and heat transfer in the crystallizer during inverse solidification was developed based on continuum equation.
计算表明，电磁制动对于抑制涡旋、改善薄板坯连铸结晶器中的流场有明显效果。
It showed that EMBR could control vortex and improve the flow field in the thin slab continuous casting mould effetely.
结晶器是水平连铸工艺中的关键工装部件，其结构直接影响拉拔管材的表面质量。
Crystal instrument is the key part of plane casting, the structure affects directly the surface quality of drawing material.
从建立合理的结晶器内流场角度出发，提出了结晶器伸入式水口设计与评价原则。
The principles of design and evaluation for submerged entry nozzle (SEN) were put forward based on the view of establishing rational flow pattern in mold.
在分析攀钢大方坯连铸现行结晶器冷却能力的基础上，优化调整了结晶器冷却制度。
The existing cooling ability of bloom continuous casting mold at PZH Steel was evaluated, then, the mold cooling process was optimized.
通过分析开车数据，对翅片式结晶器与卧式结晶器的结晶效率、结晶电耗进行比较。
The finned crystallizers were compared with the horizontal crystallizers in efficiency and power consumption of crystallization process.
钙处理不当时不仅影响钢水的浇铸性能，而且还会影响钢水在连铸结晶器内的凝固行为。
Improper calcium treatment will not only affect the casting properties, but also affect the solidification process of molten steel in mould.
结晶器非正弦振动形式增加结晶器振动的基本参数，突破结晶器正弦振动参数的取值限度。
The development of non-sinusoidal oscillation of mould expands the basic parameters of mould oscillation, and surmounts the limit of oscillating parameters range for sinusoidal oscillation .
研究表明，结晶器摩擦力与铸坯质量、生产操作以及结晶器振动台的寿命等有很大的关系。
The study shows that the mold friction has a close relationship with the strand quantities, operation and the life of quick mould change equipment.
研究表明，结晶器摩擦力与铸坯质量、生产操作以及结晶器振动台的寿命等有很大的关系。
The study shows that the mold friction has a close relationship with the strand quantities, operation and the life of quick mould change equipment.
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