deep draught vessels

简明释义

深吃水船

英英释义

例句

1.The port can accommodate large ships, including deep draught vessels (深吃水船), which are essential for international trade.

该港口可以容纳大型船只，包括深吃水船，这些船对于国际贸易至关重要。

2.Many shipping companies prefer deep draught vessels (深吃水船) for transporting heavy cargo across oceans.

许多航运公司更喜欢使用深吃水船来跨洋运输重货。

3.The design of deep draught vessels (深吃水船) allows them to carry larger volumes of goods.

深吃水船的设计使它们能够运输更大体积的货物。

4.Navigating through the shallow waters requires special care when operating deep draught vessels (深吃水船).

在浅水区航行时，操作深吃水船需要特别谨慎。

5.Due to their size, deep draught vessels (深吃水船) often require tugboats for safe docking.

由于体积庞大，深吃水船通常需要拖船来安全靠岸。

作文

In the maritime industry, the term deep draught vessels refers to ships that have a significant depth below the waterline. This characteristic is crucial for various types of vessels, particularly those designed for oceanic travel and heavy cargo transportation. The draught of a ship is defined as the vertical distance between the waterline and the bottom of the hull (keel). A deeper draught means that the vessel can carry more weight but also limits its ability to navigate in shallow waters.One of the primary advantages of deep draught vessels is their stability. These ships are less susceptible to rolling and pitching in rough seas, making them ideal for transporting large quantities of goods over long distances. For instance, container ships and bulk carriers often fall into this category. Their design allows them to efficiently handle heavy loads while maintaining balance and safety during transit.However, the deep draught also poses challenges. Ports and harbors need to have sufficient water depth to accommodate these vessels, which can limit the number of locations where they can dock. This requirement often leads shipping companies to focus on major ports with deeper channels and berths, potentially increasing transportation costs if goods need to be transferred to smaller vessels for final delivery.Another consideration is the environmental impact associated with deep draught vessels. These ships typically consume more fuel due to their size and the weight they carry. Consequently, they emit higher levels of greenhouse gases compared to smaller vessels. As the shipping industry faces increasing pressure to reduce its carbon footprint, the design and operation of deep draught vessels are under scrutiny. Innovations in technology, such as more efficient engines and alternative fuels, are being explored to mitigate these impacts.Moreover, the construction of deep draught vessels requires advanced engineering techniques. Shipbuilders must ensure that these vessels are not only capable of handling heavy loads but also compliant with international safety and environmental regulations. This includes incorporating features that enhance the ship's structural integrity and minimize the risk of accidents at sea.In conclusion, deep draught vessels play a vital role in global trade and transportation. Their ability to carry substantial cargo over long distances makes them indispensable in the maritime industry. However, their operational limitations and environmental implications highlight the need for continued innovation and adaptation within the sector. As we move forward, balancing efficiency with sustainability will be key to the future of deep draught vessels and the broader shipping industry.

在海事行业中，术语深吃水船舶指的是水线以下具有显著深度的船只。这个特征对于各种类型的船舶至关重要，尤其是那些设计用于海洋旅行和重货运输的船只。船舶的吃水被定义为水线与船体底部（龙骨）之间的垂直距离。较深的吃水意味着船舶可以承载更多的重量，但也限制了其在浅水区航行的能力。深吃水船舶的主要优势之一是其稳定性。这些船只在恶劣海况下不易滚动和颠簸，使其成为长途运输大量货物的理想选择。例如，集装箱船和散货船通常属于这一类别。它们的设计使其能够有效地处理重载，同时保持平衡和安全。然而，深吃水也带来了挑战。港口和码头需要有足够的水深来容纳这些船舶，这可能限制它们停靠的地点数量。这一要求常常导致航运公司将重点放在具有更深航道和泊位的主要港口上，从而可能增加运输成本，特别是在货物需要转移到较小的船只进行最终交付时。另一个考虑因素是与深吃水船舶相关的环境影响。这些船舶通常由于其尺寸和所承载的重量而消耗更多燃料。因此，与较小的船舶相比，它们排放的温室气体水平更高。随着航运行业面临越来越大的减少碳足迹的压力，深吃水船舶的设计和运营受到审查。正在探索技术创新，例如更高效的发动机和替代燃料，以减轻这些影响。此外，建造深吃水船舶需要先进的工程技术。造船商必须确保这些船舶不仅能够处理重载，还符合国际安全和环境法规。这包括采用增强船舶结构完整性和最小化海上事故风险的特征。总之，深吃水船舶在全球贸易和运输中发挥着重要作用。它们能够在长途运输中携带大量货物，使其在海事行业中不可或缺。然而，它们的操作限制和环境影响突显了该行业内持续创新和适应的必要性。随着我们向前发展，在效率与可持续性之间取得平衡将是深吃水船舶及更广泛航运行业未来的关键。