tundish

简明释义

英[ˈtʌnˌdɪʃ]美[ˈtʌndɪʃ]

n. 中间包；浇注盘（等于 pouring box）

英英释义

单词用法

同义词

反义词

例句

1.This paper made a data statistic and technologic analysis for the causes of inducing nozzle clogging in tundish of CC.

本文对主要影响连铸中间罐水口堵塞的原因进行了数据统计的工艺分析。

2.Water nozzle clogging of tundish is analyzed, and in order to reduce water nozzle clogging and improve the quality of steel, countermeasure is discussed.

对中间包水口堵塞进行了分析，讨论了为减少水口堵塞和提高钢质量而采取的对策。

3.The dynamics of purifying the liquid steel by centrifugal flow tundish was studied through physical simulation.

采用物理模拟的方法，对离心中间包净化钢液的动力学进行了考察。

4.The critical highness of slag entrapment was gained in tundish.

同时确定了中间包卷渣的临界高度。

5.The influence of turbulence inhibitor on flow field in tundish has been studied by water modeling.

通过水力学模型实验，研究了中间包内流体流动的特性。

6.The tundish metallurgy played an important role in purifying molten steel and stabilizing CC operation.

连铸中间包在最后净化钢水和稳定连铸的操作中起重要作用。

7.The inclusion behavior in the tundish with a lime filter was investigated through the industrial trials.

通过工业试验研究了中间包内安装石灰过滤器后钢液中夹杂物的行为。

8.The bottom blowing solution was put forward to solve the temperature accumulation in the plasma heating zone in a six-strand tundish.

针对宝钢六流连铸中间包等离子加热区域温度积聚严重的现象，提出了底吹气的解决方法。

9.After the ladle is emptied, the operator checks the tundish （导流槽） for any residual metal.

在倒完炉料后，操作员检查tundish （导流槽） 是否有残余金属。

10.The design of the tundish （导流槽） is crucial for minimizing turbulence in the molten metal.

设计tundish （导流槽） 对于减少熔融金属中的湍流至关重要。

11.The molten metal flows from the furnace into the tundish （导流槽） before being cast into molds.

熔融金属从炉子流入tundish （导流槽），然后铸造成模具。

12.During the casting process, the tundish （导流槽） ensures a steady supply of metal to the mold.

在铸造过程中，tundish （导流槽） 确保金属稳定地供应到模具中。

13.In steel production, the tundish （导流槽） helps control the flow rate of the liquid steel.

在钢铁生产中，tundish （导流槽） 有助于控制液态钢的流速。

作文

In the world of metallurgy, various tools and equipment play crucial roles in the manufacturing and processing of metals. One such essential tool is the tundish, which is a vessel used to hold molten metal before it is poured into molds. The tundish serves as an intermediary between the furnace and the casting process, ensuring that the flow of molten metal is controlled and consistent. This is vital for producing high-quality metal products with minimal defects.The design of a tundish is critical to its function. Typically, it is constructed from materials that can withstand high temperatures, such as refractory ceramics or steel lined with insulating materials. The shape of the tundish is also important; it is often wider at the top and narrower at the bottom to facilitate the smooth flow of molten metal. Additionally, the tundish may include various features, such as weirs and gates, to help regulate the outflow of metal and prevent turbulence, which could introduce air or impurities into the metal.One of the primary advantages of using a tundish is that it allows for better control over the pouring process. By holding the molten metal in a stable environment, operators can monitor the temperature and composition of the metal before it reaches the molds. This is particularly important in industries where precision is key, such as in the production of steel or aluminum components for automotive or aerospace applications.Moreover, the use of a tundish can significantly reduce waste. In traditional casting methods, any excess molten metal that does not fit into the mold can be lost or require additional processing. However, with a tundish, any leftover metal can be recirculated back into the furnace for reuse, promoting a more sustainable manufacturing process. This not only saves resources but also minimizes the environmental impact of metal production.In addition to its practical benefits, the tundish also plays a role in the safety of the casting process. By providing a controlled environment for the molten metal, it helps to minimize the risk of spills and splashes that could pose hazards to workers. Furthermore, the tundish can be equipped with various monitoring devices to ensure that the temperature and flow rates remain within safe limits.As technology advances, the design and functionality of the tundish continue to evolve. Innovations such as automated pouring systems and advanced temperature control mechanisms are being integrated into modern tundish designs. These advancements not only enhance efficiency but also improve the overall quality of the final metal products.In conclusion, the tundish is a vital component in the metallurgical industry, serving multiple purposes that enhance the casting process. Its ability to control the flow of molten metal, reduce waste, and improve safety makes it an indispensable tool for manufacturers. As the industry continues to innovate, the tundish will undoubtedly play an even more significant role in shaping the future of metal production.

在冶金领域，各种工具和设备在金属的制造和加工中发挥着至关重要的作用。其中一个重要的工具是tundish，它是一个用于容纳熔融金属的容器，在金属倒入模具之前使用。tundish作为熔炉与铸造过程之间的中介，确保熔融金属的流动受到控制且一致。这对于生产高质量的金属产品至关重要，可以减少缺陷。tundish的设计对其功能至关重要。通常，它由能够承受高温的材料构成，如耐火陶瓷或用绝缘材料衬里的钢。tundish的形状也很重要；它通常在顶部较宽而底部较窄，以便促进熔融金属的顺利流动。此外，tundish可能包括各种特征，例如堰和闸门，以帮助调节金属的流出，防止湍流，这可能会将空气或杂质引入金属中。使用tundish的主要优点之一是它允许更好地控制倒入过程。通过将熔融金属保持在一个稳定的环境中，操作员可以在金属到达模具之前监测其温度和成分。这在精度至关重要的行业中尤为重要，例如在汽车或航空航天应用中生产钢或铝组件。此外，使用tundish可以显著减少浪费。在传统铸造方法中，任何不适合模具的多余熔融金属都可能被浪费或需要额外处理。然而，通过tundish，任何剩余的金属都可以循环回熔炉中再利用，从而促进更可持续的制造过程。这不仅节省了资源，还最小化了金属生产对环境的影响。除了实用好处之外，tundish还在铸造过程中发挥着安全作用。通过为熔融金属提供一个受控环境，它有助于减少可能对工人构成危险的溢出和飞溅的风险。此外，tundish可以配备各种监控设备，以确保温度和流量保持在安全范围内。随着技术的进步，tundish的设计和功能不断发展。自动倒入系统和先进的温度控制机制等创新正在被整合到现代tundish设计中。这些进步不仅提高了效率，还改善了最终金属产品的整体质量。总之，tundish是冶金工业中的一个重要组成部分，具有多种增强铸造过程的功能。它控制熔融金属流动、减少浪费和提高安全性的能力，使其成为制造商不可或缺的工具。随着行业的不断创新，tundish无疑将在塑造金属生产的未来中发挥更重要的作用。