coaling capacity

简明释义

载煤量

英英释义

例句

1.The naval fleet's coaling capacity 煤炭装载能力 is crucial for maintaining a strong presence in international waters.

海军舰队的煤炭装载能力对维持在国际水域的强大存在至关重要。

2.The ship's coaling capacity 煤炭装载能力 was increased to allow for longer voyages.

这艘船的煤炭装载能力被提高，以便进行更长时间的航行。

3.Engineers are working on expanding the port's coaling capacity 煤炭装载能力 to accommodate larger vessels.

工程师们正在努力扩展港口的煤炭装载能力以容纳更大的船只。

4.The coaling capacity 煤炭装载能力 of the old steam engine was limited, affecting its operational range.

老式蒸汽机的煤炭装载能力有限，影响了其操作范围。

5.To improve efficiency, the factory upgraded its coaling capacity 煤炭装载能力 and reduced downtime.

为了提高效率，工厂升级了其煤炭装载能力，减少了停机时间。

作文

The term coaling capacity refers to the ability of a vessel, particularly a steamship, to take on coal as fuel. This concept was crucial during the height of steam-powered maritime travel and trade in the 19th and early 20th centuries. At that time, ships relied heavily on coal to operate their engines, making coaling capacity a vital aspect of naval logistics and commercial shipping. A ship's coaling capacity determined how far it could travel without needing to stop for fuel, which in turn affected its operational efficiency and range.During this era, ports and harbors were often equipped with coaling stations where ships could replenish their fuel supplies. The larger a ship's coaling capacity, the longer it could remain at sea, which was essential for long-distance voyages. For instance, transatlantic journeys required vessels to have significant coaling capacity to ensure they could complete the crossing without delays. This necessity led to innovations in ship design, including larger bunkers for storing coal and more efficient coal handling systems.Moreover, the coaling capacity of a ship also had implications for its speed and maneuverability. Ships designed with greater coaling capacity could carry more fuel, allowing them to maintain higher speeds over extended periods. However, this came at the cost of additional weight, which could affect the ship's overall performance. Therefore, naval architects had to strike a balance between coaling capacity and other critical factors such as hull design and cargo space.The significance of coaling capacity extended beyond individual vessels; it played a key role in naval strategy during wartime. Navies needed to ensure their fleets had adequate coaling capacity to sustain operations, especially during prolonged conflicts. This requirement led to the establishment of coaling stations around the world, which became strategic assets for naval powers. Control over these stations could influence the outcome of naval engagements, as ships with superior coaling capacity could outlast their opponents.As technology evolved and steamships were replaced by diesel and electric engines, the importance of coaling capacity diminished. Modern vessels now rely on different fuels and technologies, allowing for greater efficiency and reduced dependency on traditional coal. Nevertheless, the legacy of coaling capacity remains an important chapter in maritime history, illustrating the challenges and innovations of an era defined by steam power.In conclusion, understanding coaling capacity provides valuable insights into the operational dynamics of historical maritime travel and naval warfare. It highlights the interplay between technology, logistics, and strategy, demonstrating how a seemingly simple concept can have far-reaching implications in the context of global trade and military power. Today, while we may not rely on coal as our primary fuel source, the lessons learned from managing coaling capacity continue to inform modern practices in energy management and transportation logistics.

短语coaling capacity指的是一艘船只，特别是蒸汽船，装载煤炭作为燃料的能力。这个概念在19世纪和20世纪初蒸汽动力海上旅行和贸易的全盛时期至关重要。在那个时候，船只在运行引擎时严重依赖煤，因此coaling capacity成为海军后勤和商业航运的重要方面。一艘船的coaling capacity决定了它在不需要停靠加油的情况下可以航行多远，这反过来又影响了其运营效率和航程。在这一时期，港口和码头通常配备有加煤站，船只可以在这里补充燃料供应。一艘船的coaling capacity越大，它在海上停留的时间就越长，这对于长途航行至关重要。例如，跨大西洋航行要求船只具备相当大的coaling capacity，以确保它们能够完成横渡而不延误。这种必要性促使了船舶设计的创新，包括更大的煤仓以存储煤和更高效的煤处理系统。此外，船只的coaling capacity也对其速度和机动性产生了影响。设计具有更大coaling capacity的船只可以携带更多的燃料，从而使它们能够在较长时间内保持较高的速度。然而，这会增加额外的重量，可能会影响船只的整体性能。因此，海军建筑师必须在coaling capacity和其他关键因素如船体设计和货物空间之间找到平衡。coaling capacity的重要性不仅限于单个船只；它在战争期间的海军战略中也发挥了关键作用。海军需要确保他们的舰队拥有足够的coaling capacity来维持作战，尤其是在长期冲突期间。这一需求导致了全球范围内加煤站的建立，这些加煤站成为海军强国的战略资产。控制这些加煤站可以影响海战的结果，因为拥有更高coaling capacity的船只可以比对手更持久。随着技术的发展，蒸汽船被柴油和电动引擎取代，coaling capacity的重要性逐渐减弱。现代船只现在依赖不同的燃料和技术，允许更高的效率和减少对传统煤炭的依赖。然而，coaling capacity的遗产仍然是海事历史中的重要一章，展示了一个由蒸汽动力定义的时代的挑战和创新。总之，理解coaling capacity为我们提供了对历史海上旅行和海军战争运营动态的宝贵见解。它突显了技术、后勤和战略之间的相互作用，展示了一个看似简单的概念如何在全球贸易和军事力量的背景下产生深远的影响。今天，虽然我们可能不再依赖煤作为主要燃料来源，但从管理coaling capacity中获得的教训仍然继续影响现代能源管理和运输物流的实践。