least draught

简明释义

最小吃水

英英释义

例句

1.When selecting a boat, make sure it has the least draught 最浅吃水 for your fishing needs.

在选择船只时，请确保它有满足您钓鱼需求的最浅吃水。

2.The ship was designed to have the least draught 最浅吃水 possible for navigating shallow waters.

这艘船的设计旨在具有尽可能最浅吃水，以便在浅水区航行。

3.The yacht's design focused on achieving the least draught 最浅吃水 to access remote beaches.

这艘游艇的设计专注于实现最浅吃水，以便能够到达偏远海滩。

4.The engineer specified a hull shape that provides the least draught 最浅吃水 for better performance.

工程师指定了一种能够提供最浅吃水的船体形状，以提高性能。

5.For sailing in rivers, boats with the least draught 最浅吃水 are preferred.

在河流中航行时，通常偏好具有最浅吃水的船只。

作文

In the world of navigation and shipbuilding, the term least draught refers to the minimum depth of water a vessel can safely navigate without running aground. This concept is crucial for ensuring that ships can traverse shallow waters, such as rivers, estuaries, and coastal areas. Understanding the least draught of a vessel is essential for captains and navigators as it directly impacts their route planning and safety measures. When a ship is constructed, its design takes into account various parameters, including its weight, cargo capacity, and hull shape. The least draught is determined by these factors, along with the distribution of weight within the vessel. For instance, a fully loaded cargo ship will have a different least draught compared to when it is empty or partially loaded. Therefore, it is vital for ship operators to be aware of how changes in load affect the least draught to avoid potential hazards during navigation.Navigating in shallow waters poses unique challenges. If a vessel exceeds its least draught, it risks running aground, which can cause significant damage to both the ship and the marine environment. This is particularly important in areas where the seabed may have unpredictable features, such as sandbanks or submerged rocks. To mitigate these risks, modern technology has provided navigators with advanced tools such as GPS and sonar systems, allowing them to map out safe routes based on the least draught of their vessels.Furthermore, the least draught can vary depending on environmental conditions. Factors such as tides, weather, and sedimentation can alter water levels and the depth of channels. For example, during low tide, the effective least draught for a ship may increase, limiting the areas it can safely navigate. Therefore, mariners must stay informed about local tidal patterns and environmental changes to ensure safe passage.In addition to safety considerations, understanding the least draught is also economically significant. Shipping companies must optimize their routes to minimize costs while adhering to safety regulations. By knowing the least draught of their vessels, they can avoid costly delays caused by grounding incidents and ensure timely deliveries of goods. This efficiency not only benefits the shipping companies but also has a positive impact on global trade and commerce.In conclusion, the term least draught plays a pivotal role in maritime navigation and ship design. It is a critical factor that influences the safety, efficiency, and economic viability of maritime operations. As technology continues to evolve, the ability to accurately determine and navigate according to the least draught will remain an essential skill for sailors and navigators alike. Understanding this concept is not just about avoiding accidents; it is also about ensuring that the maritime industry continues to thrive in a sustainable and responsible manner.

在航海和造船的世界中，术语least draught指的是船只可以安全航行而不搁浅的最小水深。这个概念对于确保船只能够穿越浅水区，例如河流、入海口和沿海地区至关重要。了解一艘船的least draught对船长和导航员来说是必不可少的，因为它直接影响到他们的航线规划和安全措施。当一艘船被建造时，其设计考虑了各种参数，包括重量、货物容量和船体形状。least draught由这些因素以及船只内部重量的分布决定。例如，一艘满载的货船与空载或部分载货时的least draught会有所不同。因此，船舶运营者必须意识到负载变化如何影响least draught，以避免在航行中出现潜在的危险。在浅水区航行带来了独特的挑战。如果一艘船超过了其least draught，就有可能搁浅，这可能对船只和海洋环境造成重大损害。这一点在海床可能具有不可预测特征的区域尤为重要，例如沙洲或水下岩石。为了减轻这些风险，现代技术为导航员提供了先进的工具，如GPS和声纳系统，使他们能够根据船只的least draught绘制安全航线。此外，least draught还可能因环境条件而异。潮汐、天气和沉积作用等因素可以改变水位和水道的深度。例如，在低潮期间，船只的有效least draught可能会增加，从而限制其可以安全航行的区域。因此，航海者必须随时了解当地的潮汐模式和环境变化，以确保安全通行。除了安全考虑外，理解least draught在经济上也具有重要意义。航运公司必须优化航线以降低成本，同时遵守安全法规。通过了解船只的least draught，他们可以避免因搁浅事件造成的昂贵延误，并确保货物的及时交付。这种效率不仅使航运公司受益，而且对全球贸易和商业产生积极影响。总之，术语least draught在海事导航和船舶设计中发挥着关键作用。它是影响海事操作的安全性、效率和经济可行性的一个重要因素。随着技术的不断发展，准确确定和根据least draught进行导航的能力将继续成为水手和导航员必备的重要技能。理解这个概念不仅仅是为了避免事故；也是为了确保海事行业以可持续和负责任的方式继续繁荣。