suction between ships

简明释义

船吸

英英释义

例句

1.The tugboat struggled against the powerful suction between ships 船只之间的吸力 while trying to assist the cargo ship.

拖船在试图协助货船时，挣扎于强大的suction between ships 船只之间的吸力。

2.During the naval exercise, the suction between ships 船只之间的吸力 created unexpected challenges for the formation.

在海军演习中，suction between ships 船只之间的吸力给编队带来了意想不到的挑战。

3.Understanding the effects of suction between ships 船只之间的吸力 is crucial for safe navigation in busy ports.

理解suction between ships 船只之间的吸力的影响对于在繁忙港口的安全导航至关重要。

4.When two large vessels are sailing close together, they can experience significant suction between ships 船只之间的吸力, making it difficult for them to maneuver.

当两艘大型船只靠得很近航行时，它们可能会经历显著的suction between ships 船只之间的吸力，这使得它们难以操控。

5.The captain warned the crew about the suction between ships 船只之间的吸力 that could pull smaller boats off course.

船长警告船员注意可能会将小船拉离航线的suction between ships 船只之间的吸力。

作文

The phenomenon of suction between ships is a fascinating aspect of maritime navigation that has significant implications for the safety and efficiency of vessel movement. When two ships are traveling in close proximity to each other, the movement of water around their hulls creates a difference in pressure that can lead to a powerful suction effect. This effect is particularly pronounced when large vessels are involved, as their size and speed can dramatically alter the flow of water in their vicinity. Understanding suction between ships is crucial for several reasons. First, it can impact the maneuverability of vessels. When a ship is caught in the suction created by another nearby ship, it may experience difficulty in steering or maintaining its course. This can be especially dangerous in narrow channels or crowded ports where precise navigation is essential. Moreover, the suction between ships can also lead to unintended collisions. As vessels are drawn towards one another, the risk of accidents increases significantly. Mariners must be aware of this phenomenon and take it into account when planning their routes and maneuvers. For instance, large cargo ships often need to maintain a greater distance from one another to avoid the adverse effects of suction, which can influence their speed and trajectory. In addition to safety concerns, the suction between ships can also affect fuel efficiency. When ships are drawn together, they may have to expend additional energy to counteract the forces acting upon them. This can lead to increased fuel consumption and higher operational costs. Therefore, understanding and mitigating the effects of suction is not only a matter of safety but also of economic efficiency for shipping companies. To illustrate this concept, consider a scenario where two large container ships are navigating through a busy port. As they approach each other, the water between them begins to flow rapidly, creating a low-pressure area that pulls them closer together. If the captains of these ships are not vigilant, they may find themselves in a precarious situation, struggling to maintain control as the suction between ships threatens to draw them into a collision. To counteract the risks associated with suction between ships, maritime authorities often implement strict guidelines regarding safe distances between vessels, especially in congested areas. Training for ship operators also emphasizes the importance of recognizing and responding to suction effects, ensuring that crews are prepared to handle the challenges posed by this phenomenon. In conclusion, suction between ships is a critical factor that affects maritime navigation. It poses risks to safety, maneuverability, and fuel efficiency, making it essential for mariners to understand this phenomenon thoroughly. By being aware of the effects of suction and implementing best practices, shipping companies can enhance both the safety and efficiency of their operations, ultimately contributing to a more effective maritime industry.

船舶之间的吸力现象是海事导航中的一个迷人方面，对船舶运动的安全性和效率有着重要影响。当两艘船在彼此靠近时，水流围绕船体的运动会造成压力差，从而产生强大的吸力效应。当涉及到大型船只时，这种效应尤其显著，因为它们的大小和速度可以显著改变其周围水域的流动。理解船舶之间的吸力至关重要，原因有几个。首先，它会影响船只的操控性。当一艘船被另一艘附近的船所产生的吸力所困扰时，它可能在转向或保持航向上遇到困难。这在狭窄的航道或拥挤的港口中尤其危险，因为精确导航至关重要。此外，船舶之间的吸力还可能导致意外碰撞。当船只被吸引到一起时，事故的风险显著增加。船员必须意识到这种现象，并在规划航线和操作时加以考虑。例如，大型货船通常需要保持更大的距离，以避免吸力的不利影响，这可能会影响它们的速度和轨迹。除了安全问题，船舶之间的吸力还可能影响燃油效率。当船只被拉近时，它们可能需要耗费额外的能量来抵消作用于它们的力量。这可能导致燃油消耗增加和运营成本上升。因此，理解和减轻吸力的影响不仅是安全问题，也是航运公司经济效率的问题。为了说明这一概念，考虑一个场景：两艘大型集装箱船正在繁忙的港口航行。当它们接近彼此时，它们之间的水开始快速流动，形成一个低压区，将它们拉得更近。如果这些船的船长不警惕，他们可能会发现自己处于危险的境地，努力保持控制，因为船舶之间的吸力威胁要将它们拉入碰撞。为了抵消与船舶之间的吸力相关的风险，海事当局通常会实施严格的指导方针，规定船只之间的安全距离，特别是在拥挤的区域。船舶操作员的培训也强调认识和应对吸力效应的重要性，确保船员准备好应对这一现象带来的挑战。总之，船舶之间的吸力是影响海事导航的一个关键因素。它对安全性、操控性和燃油效率构成威胁，使得海员必须深入理解这一现象。通过意识到吸力的影响并实施最佳实践，航运公司可以提高其运营的安全性和效率，从而为更加有效的海事行业做出贡献。