furnaces

简明释义

英[/ˈfɜːnəsɪz/]美[/ˈfɜrnɪsɪz/]

n. 炉子，[炉窑]熔炉（furnace 复数形式）

英英释义

单词用法

同义词

反义词

例句

1.Massive steel ducts snake from the blast furnaces and surrounding buildings.

大量的钢管蛇一样的从高炉和周围的建筑爬出来。

2.Many of China's steelmakers looked for supplies on the open market to fill hungry blast furnaces.

许多中国钢铁制造商在公开市场上寻找供应填急缺铁矿石的炼钢炉。

3.But it's the millions of homes, with furnaces or air-conditioners running full blast, that cause the problem.

但是，正是这成百上千万的让他们家里的炉子和空调全速运转的家庭造成了这个问题。

4.The 3D velocity fields in the furnaces' arch area for a conventional stock boiler were measured by the hot wire aerometer.

通过热线式气压计测量了常规储备锅炉的炉拱区域中的3D速度场。

5.Brick works in high-temperature furnaces, maybe tiles on the shuttle, to resist high temperatures because of the high internal bonding.

砖在高温熔炉中工作，比如航天飞机上的贴的砖，因其强内部键可以抵抗高温。

6.Results show the actual tangent circle in furnaces can correctly be predicted.

结果证明能较准确地预测炉内实际切圆直径。

7.The factory uses large furnaces to melt metal for production.

工厂使用大型熔炉来熔化金属以进行生产。

8.During winter, our home’s furnaces keep us warm and comfortable.

冬天，我们家里的暖炉让我们保持温暖和舒适。

9.The glassblowing studio has several furnaces to shape the glass.

玻璃吹制工作室有几个熔炉来塑造玻璃。

10.Industrial furnaces can reach extremely high temperatures.

工业熔炉可以达到极高的温度。

11.We need to clean the furnaces before the heating season starts.

在供暖季节开始之前，我们需要清洁暖炉。

作文

In the heart of any industrial facility, you will often find various types of machinery and equipment that play crucial roles in the production process. Among these, the most significant are the furnaces (熔炉), which are essential for melting metals and other materials. The operation of furnaces (熔炉) is a fascinating blend of science and engineering, requiring a deep understanding of thermodynamics, material properties, and energy efficiency. Furnaces come in many shapes and sizes, each designed for specific applications. For example, blast furnaces (熔炉) are used primarily in the production of iron and steel. These massive structures can reach extremely high temperatures, allowing for the reduction of iron ore into molten iron. The process involves the combustion of coke, which generates the necessary heat and creates a chemical reaction that separates the iron from its ore. Another type of furnace is the electric arc furnace (熔炉), which uses electrical energy to melt scrap steel or other metals. This method is more environmentally friendly compared to traditional methods, as it produces fewer emissions and utilizes recycled materials. The versatility of electric arc furnaces (熔炉) makes them increasingly popular in modern steelmaking. In addition to industrial applications, furnaces (熔炉) are also found in residential settings, where they provide heating during colder months. Residential furnaces (熔炉) can be powered by natural gas, electricity, or oil, and they work by circulating warm air throughout the home. Understanding how these systems operate is vital for homeowners to ensure efficient heating and maintenance. The efficiency of furnaces (熔炉) is a major concern in both industrial and residential contexts. Advances in technology have led to the development of high-efficiency furnaces (熔炉) that consume less energy while providing the same level of output. For instance, condensing gas furnaces (熔炉) can achieve efficiency ratings of over 90%, significantly reducing energy costs and environmental impact. Moreover, safety is a paramount consideration when operating furnaces (熔炉). High temperatures and the potential for hazardous materials require strict adherence to safety protocols. Regular maintenance and inspections are necessary to prevent accidents and ensure optimal performance. Workers must be trained to handle these powerful machines safely, emphasizing the importance of safety training in industrial environments. In conclusion, furnaces (熔炉) are integral to various industries and households alike. Their role in metal production, energy efficiency, and heating solutions cannot be overstated. As technology continues to evolve, we can expect further advancements in the design and operation of furnaces (熔炉), leading to even greater efficiencies and safety measures. Understanding how furnaces (熔炉) work and their significance in our daily lives is essential for anyone interested in industrial processes or home heating solutions.

在任何工业设施的核心，您通常会发现各种类型的机械和设备，它们在生产过程中扮演着至关重要的角色。在这些设备中，最重要的是熔炉（furnaces），它们对于熔化金属和其他材料至关重要。熔炉（furnaces）的操作是科学与工程的迷人结合，需要对热力学、材料特性和能源效率有深刻的理解。 熔炉有许多形状和大小，每种都设计用于特定的应用。例如，高炉（blast furnaces）主要用于铁和钢的生产。这些巨大的结构可以达到极高的温度，使得铁矿石能够转化为熔融铁。这个过程涉及焦炭的燃烧，产生必要的热量并创造出将铁从矿石中分离的化学反应。 另一种熔炉是电弧熔炉（electric arc furnaces），它使用电能来熔化废钢或其他金属。这种方法比传统方法更环保，因为它产生的排放较少，并利用回收材料。电弧熔炉的多功能性使其在现代炼钢中越来越受欢迎。 除了工业应用，熔炉（furnaces）还出现在住宅环境中，在寒冷的月份提供供暖。住宅熔炉（furnaces）可以由天然气、电力或油驱动，通过循环温暖的空气来加热整个家。了解这些系统的运作对房主来说至关重要，以确保高效的供暖和维护。 熔炉（furnaces）的效率在工业和住宅环境中都是一个主要关注点。技术的进步导致高效熔炉（furnaces）的发展，这些熔炉消耗更少的能源，同时提供相同水平的产出。例如，冷凝气体熔炉（furnaces）的效率评级可以超过90%，显著降低能源成本和环境影响。 此外，安全是操作熔炉（furnaces）时的首要考虑因素。高温和潜在的危险材料需要严格遵守安全协议。定期维护和检查是防止事故和确保最佳性能的必要措施。工人必须接受培训，以安全地操作这些强大的机器，强调了工业环境中安全培训的重要性。 总之，熔炉（furnaces）在各个行业和家庭中都是不可或缺的。它们在金属生产、能源效率和供暖解决方案中的作用不容小觑。随着技术的不断发展，我们可以期待熔炉设计和操作方面的进一步进步，从而实现更高的效率和安全措施。了解熔炉（furnaces）的工作原理及其在我们日常生活中的重要性，对于任何对工业过程或家庭供暖解决方案感兴趣的人来说都至关重要。