turbine-driven steamer

简明释义

汽轮机船

英英释义

例句

1.Our research team is studying the thermal efficiency of the turbine-driven steamer for future applications.

我们的研究团队正在研究涡轮驱动蒸汽机的热效率，以便于未来的应用。

2.The turbine-driven steamer is often used in large vessels due to its power and reliability.

涡轮驱动蒸汽机因其强大和可靠性，常用于大型船只。

3.The new cruise ship features a state-of-the-art turbine-driven steamer, which significantly reduces fuel consumption.

这艘新邮轮配备了一流的涡轮驱动蒸汽机，显著降低了燃料消耗。

4.The turbine-driven steamer can reach higher speeds than traditional steam engines.

涡轮驱动蒸汽机的速度比传统蒸汽机更快。

5.During the engineering tour, we learned how the turbine-driven steamer operates at high efficiency.

在工程参观中，我们了解到涡轮驱动蒸汽机是如何高效运作的。

作文

The evolution of maritime transportation has seen various innovations, one of which is the development of the turbine-driven steamer. This remarkable vessel represents a significant advancement in steam technology, combining the principles of steam power with turbine mechanics to enhance efficiency and speed. A turbine-driven steamer is essentially a ship that uses steam turbines as its primary source of propulsion, allowing it to achieve higher speeds than traditional steamships that rely on reciprocating engines.Historically, steamships were powered by large, heavy steam engines that operated on the principle of converting steam pressure into mechanical motion. These engines, while effective, had limitations in terms of speed and fuel efficiency. The introduction of the steam turbine in the early 20th century revolutionized this aspect of maritime engineering. Unlike conventional engines, steam turbines can generate power continuously and with less vibration, making them ideal for naval and commercial vessels.One of the most notable benefits of a turbine-driven steamer is its ability to reach high speeds. For instance, during the mid-20th century, many naval ships adopted this technology, allowing them to outrun adversaries and respond swiftly to maritime threats. The speed advantage provided by turbine-driven steamers was not only crucial for military operations but also transformed commercial shipping routes, enabling faster delivery of goods across oceans.Moreover, the efficiency of turbine-driven steamers in fuel consumption cannot be overstated. Traditional steam engines often wasted a considerable amount of energy, while steam turbines optimize the use of steam, leading to reduced operational costs for shipping companies. As global trade expanded, the demand for more efficient vessels became paramount, and the turbine-driven steamer emerged as a viable solution to meet these demands.In addition to their speed and efficiency, turbine-driven steamers also contributed to advancements in ship design. The compact nature of steam turbines allowed for more flexible ship layouts, enabling designers to maximize cargo space and improve overall vessel stability. This innovation paved the way for modern cruise ships and container vessels, which prioritize both passenger comfort and cargo capacity.Despite the advantages of turbine-driven steamers, they are not without their challenges. The complexity of turbine systems requires skilled engineers for maintenance and operation. Additionally, the initial cost of building a turbine-driven steamer can be significantly higher than that of conventional vessels, which may deter some shipping companies from adopting this technology.In conclusion, the turbine-driven steamer symbolizes a pivotal moment in maritime history, marking the transition from traditional steam propulsion to a more advanced and efficient system. Its impact on speed, efficiency, and design has shaped the way we think about maritime transportation today. As we continue to explore new technologies in shipping, the legacy of the turbine-driven steamer serves as a reminder of how innovation can propel industries forward, paving the way for future advancements in maritime travel and commerce.

海洋运输的演变经历了多项创新，其中之一就是涡轮驱动蒸汽船的发展。这种卓越的船只代表了蒸汽技术的重要进步，将蒸汽动力的原理与涡轮机械结合在一起，以提高效率和速度。涡轮驱动蒸汽船本质上是一种以蒸汽涡轮作为主要推进动力的船只，使其能够比依赖往复发动机的传统蒸汽船达到更高的速度。历史上，蒸汽船是由大型、沉重的蒸汽发动机驱动，这些发动机的工作原理是将蒸汽压力转化为机械运动。这些发动机虽然有效，但在速度和燃料效率方面存在局限性。在20世纪初，蒸汽涡轮的引入彻底改变了这一海洋工程的领域。与传统发动机不同，蒸汽涡轮能够持续产生动力，并且振动较小，使其非常适合用于海军和商业船只。涡轮驱动蒸汽船最显著的好处之一是其达到高速度的能力。例如，在20世纪中期，许多海军舰艇采用了这一技术，使它们能够超过对手并迅速应对海洋威胁。涡轮驱动蒸汽船所提供的速度优势不仅对军事行动至关重要，也改变了商业航运路线，使跨洋货物的交付速度更快。此外，涡轮驱动蒸汽船在燃料消耗效率方面的表现也不容小觑。传统蒸汽发动机常常浪费大量能源，而蒸汽涡轮则优化了蒸汽的使用，从而降低了航运公司的运营成本。随着全球贸易的扩张，对更高效船只的需求变得至关重要，而涡轮驱动蒸汽船成为满足这些需求的可行解决方案。除了速度和效率外，涡轮驱动蒸汽船还促进了船只设计的进步。蒸汽涡轮的紧凑特性使得船只布局更加灵活，设计师能够最大限度地利用货物空间，提高船只的整体稳定性。这一创新为现代邮轮和集装箱船铺平了道路，这些船只优先考虑乘客的舒适性和货物容量。尽管涡轮驱动蒸汽船有诸多优点，但也并非没有挑战。涡轮系统的复杂性要求熟练的工程师进行维护和操作。此外，建造涡轮驱动蒸汽船的初始成本可能远高于传统船只，这可能会让一些航运公司望而却步。总之，涡轮驱动蒸汽船象征着海洋历史中的一个关键时刻，标志着从传统蒸汽推进到更先进、高效系统的过渡。它在速度、效率和设计方面的影响塑造了我们今天对海洋运输的思考。随着我们继续探索航运领域的新技术，涡轮驱动蒸汽船的遗产提醒我们创新如何推动行业向前发展，为未来的海洋旅行和商业进步铺平道路。