thimble fire-tube boiler

简明释义

指形管式火管锅炉

英英释义

例句

1.The maintenance team conducted an inspection on the thimble fire-tube boiler 缩口火管锅炉 to ensure it was operating safely.

维护团队对缩口火管锅炉 thimble fire-tube boiler 进行了检查，以确保其安全运行。

2.During the training session, we learned about the efficiency of the thimble fire-tube boiler 缩口火管锅炉 compared to other types.

在培训课程中，我们了解了缩口火管锅炉 thimble fire-tube boiler 与其他类型相比的效率。

3.In our factory, we rely on a thimble fire-tube boiler 缩口火管锅炉 for our heating needs during winter.

在我们的工厂中，我们依赖于一台缩口火管锅炉 thimble fire-tube boiler 来满足冬季的供暖需求。

4.The engineer explained how the thimble fire-tube boiler 缩口火管锅炉 works in generating steam efficiently.

工程师解释了缩口火管锅炉 thimble fire-tube boiler 如何高效地生成蒸汽。

5.A thimble fire-tube boiler 缩口火管锅炉 is often used in smaller industrial applications due to its compact design.

由于设计紧凑，缩口火管锅炉 thimble fire-tube boiler 通常用于较小的工业应用。

作文

The industrial revolution brought about significant advancements in technology, particularly in the field of steam power. One of the notable inventions during this era was the thimble fire-tube boiler. This type of boiler played a crucial role in the development of steam engines and various industrial applications. To understand the importance of the thimble fire-tube boiler, it is essential to explore its design, functionality, and historical significance.A thimble fire-tube boiler is characterized by its unique construction, which includes a series of small tubes that are surrounded by water. The design resembles a thimble, hence the name. In this boiler, hot gases produced from burning fuel pass through these tubes, transferring heat to the surrounding water. This process generates steam, which can then be used to power engines or machinery. The efficiency of the thimble fire-tube boiler lies in its ability to maximize the heat transfer between the combustion gases and water, making it an effective option for steam generation.One of the primary advantages of the thimble fire-tube boiler is its compact size. Unlike larger boilers, this design allows for easier installation and maintenance, which was particularly beneficial during the rapid industrialization of the 19th century. Factories and mills could implement this boiler system without requiring extensive modifications to their existing infrastructure. Furthermore, the thimble fire-tube boiler offered a relatively quick response time, allowing operators to adjust steam production based on demand, which was vital for industries that operated under fluctuating workloads.Historically, the thimble fire-tube boiler gained prominence in various sectors, including textile manufacturing, mining, and transportation. Its ability to produce steam efficiently made it a preferred choice for powering locomotives and ships. As the demand for steam power grew, so did the innovations surrounding boiler technology. The thimble fire-tube boiler served as a stepping stone for more advanced designs, paving the way for modern boilers that are still in use today.However, like all technologies, the thimble fire-tube boiler had its limitations. One significant drawback was its susceptibility to overheating and pressure build-up, which could lead to dangerous explosions if not properly managed. This risk highlighted the need for stringent safety measures and regulations in boiler operation. As a result, the development of safety valves and pressure gauges became standard practice in the industry, ensuring that the thimble fire-tube boiler could be operated safely.In conclusion, the thimble fire-tube boiler represents a pivotal advancement in steam technology during the industrial revolution. Its efficient design, compact size, and historical significance in various industries underscore its importance in shaping modern engineering practices. While newer boiler technologies have emerged, the legacy of the thimble fire-tube boiler continues to influence the development of energy systems today. Understanding this boiler's function and impact allows us to appreciate the evolution of steam power and its role in the progress of industrial society.

工业革命带来了技术的重大进步，特别是在蒸汽动力领域。在这一时代，一个显著的发明是 thimble fire-tube boiler（顶针火管锅炉）。这种类型的锅炉在蒸汽机和各种工业应用的发展中发挥了至关重要的作用。要理解 thimble fire-tube boiler的重要性，必须探讨其设计、功能和历史意义。 thimble fire-tube boiler的特点在于其独特的结构，包括一系列小管道，这些管道被水包围。这种设计类似于顶针，因此得名。在这个锅炉中，燃料燃烧产生的热气体通过这些管道，向周围的水传递热量。这个过程生成蒸汽，随后可以用于驱动发动机或机械。 thimble fire-tube boiler的效率在于其最大化燃烧气体与水之间的热交换，使其成为蒸汽生成的有效选择。 thimble fire-tube boiler的主要优点之一是其紧凑的尺寸。与较大的锅炉不同，这种设计使得安装和维护更加容易，这在19世纪快速工业化过程中尤为有利。工厂和磨坊可以在不需要大规模改造现有基础设施的情况下实施这种锅炉系统。此外， thimble fire-tube boiler提供了相对快速的响应时间，使操作员能够根据需求调整蒸汽生产，这对于在波动工作负载下运行的行业至关重要。历史上， thimble fire-tube boiler在纺织制造、采矿和交通等各个领域都获得了广泛应用。它高效的蒸汽生产能力使其成为驱动机车和船舶的首选。随着对蒸汽动力的需求不断增长，围绕锅炉技术的创新也随之增加。 thimble fire-tube boiler作为更先进设计的垫脚石，为现代锅炉的开发铺平了道路，这些锅炉至今仍在使用。然而，像所有技术一样， thimble fire-tube boiler也有其局限性。其中一个显著的缺点是其易于过热和压力过大，如果没有妥善管理，可能导致危险的爆炸。这一风险突显了锅炉操作中严格安全措施和法规的必要性。因此，安全阀和压力表的发展成为行业的标准做法，确保 thimble fire-tube boiler能够安全操作。总之， thimble fire-tube boiler代表了工业革命期间蒸汽技术的关键进步。其高效的设计、紧凑的尺寸以及在各个行业中的历史意义凸显了其在塑造现代工程实践中的重要性。尽管新的锅炉技术已经出现，但 thimble fire-tube boiler的遗产继续影响着今天能源系统的发展。理解这种锅炉的功能和影响使我们能够欣赏蒸汽动力的演变及其在工业社会进步中的作用。