neighboring ship suction

简明释义

邻船吸力

英英释义

例句

1.The pilot adjusted the course to minimize the effects of neighboring ship suction (邻近船只吸力).

引航员调整航向以最小化邻近船只吸力的影响。

2.We learned that neighboring ship suction (邻近船只吸力) can cause unexpected shifts in our position.

我们了解到邻近船只吸力可能导致我们位置的意外变化。

3.To avoid accidents, it's crucial to understand how neighboring ship suction (邻近船只吸力) affects vessel stability.

为了避免事故，了解邻近船只吸力如何影响船只稳定性至关重要。

4.The captain warned the crew about the dangers of neighboring ship suction (邻近船只吸力) when maneuvering in tight waters.

船长警告船员在狭窄水域操作时要注意邻近船只吸力的危险。

5.During the docking process, we experienced significant neighboring ship suction (邻近船只吸力) from the large tanker next to us.

在靠泊过程中，我们感受到了来自旁边大型油轮的显著邻近船只吸力。

作文

The maritime industry is a complex and fascinating field that involves various dynamics, one of which is the phenomenon known as neighboring ship suction. This term refers to the suction effect created by the movement of large vessels in close proximity to each other. When a ship sails through the water, it displaces a significant volume of water, creating waves and currents. If another ship is nearby, it can experience a force that pulls it towards the first ship due to the changes in water pressure and flow caused by the first vessel's movement. This effect can be particularly pronounced when two large ships are navigating narrow channels or ports where they are forced to operate in close quarters. Understanding neighboring ship suction is crucial for safe navigation and effective maneuvering in such environments.For instance, during the docking process at a busy port, a large cargo ship may generate considerable neighboring ship suction as it approaches the berth. If another vessel is anchored nearby, it may inadvertently drift towards the approaching ship due to the suction effect. This situation requires skilled seamanship and precise control of the vessels involved to avoid collisions or accidents. Pilots and crew must be aware of this phenomenon and take it into account when planning their maneuvers.Moreover, neighboring ship suction can also impact the performance of smaller vessels. For example, a small fishing boat operating near a large tanker may find itself being pulled towards the larger vessel, which could pose a significant risk. Fishermen and recreational boaters need to be educated about this phenomenon to ensure their safety while on the water.In addition to safety considerations, neighboring ship suction can also have implications for environmental studies. Researchers examining the effects of shipping on marine ecosystems must consider how the movements of large vessels influence water currents and sediment displacement in their vicinity. The suction effect can alter local habitats and affect the distribution of marine life, which is an important factor in conservation efforts.Furthermore, the design of modern vessels takes into account the potential risks associated with neighboring ship suction. Naval architects and engineers work to create hull shapes and propulsion systems that minimize the impact of suction forces, improving stability and safety during navigation. Advances in technology, such as dynamic positioning systems, allow ships to maintain their positions more effectively, reducing the risks associated with close encounters between vessels.In conclusion, the concept of neighboring ship suction is an essential aspect of maritime navigation and safety. It highlights the intricate interactions between vessels and the surrounding water environment. By understanding this phenomenon, mariners can make informed decisions that enhance safety and efficiency in their operations. As the maritime industry continues to grow, ongoing education and awareness of neighboring ship suction will be vital in ensuring the safety of all vessels navigating our waterways.

海事行业是一个复杂而迷人的领域，涉及各种动态，其中一个现象被称为邻近船舶吸力。这个术语指的是在相互接近的大型船只移动时所产生的吸力效应。当一艘船在水中航行时，它会排开大量水，引起波浪和水流。如果另一艘船在附近，它可能会由于第一艘船运动引起的水压和水流变化而受到向第一艘船拉动的力量。这种效应在两艘大型船只在狭窄的航道或港口航行时尤为明显，因为它们被迫在紧密的空间内操作。理解邻近船舶吸力对安全导航和有效操控在这种环境中至关重要。例如，在繁忙港口的靠泊过程中，一艘大型货船在靠近泊位时可能会产生相当大的邻近船舶吸力。如果另一艘船停泊在附近，它可能会因吸力效应而不自觉地向靠近的船漂移。这种情况需要熟练的航海技巧和对相关船只精确控制，以避免碰撞或事故。船员和船长必须意识到这一现象，并在计划其操作时加以考虑。此外，邻近船舶吸力也可能影响小型船只的性能。例如，一艘在大型油轮附近作业的小渔船可能会发现自己被拉向更大的船只，这可能带来重大风险。渔民和休闲船员需要了解这一现象，以确保他们在水上时的安全。除了安全考虑外，邻近船舶吸力还可能对环境研究产生影响。研究人员在检查航运对海洋生态系统的影响时，必须考虑大型船只的运动如何影响其周围的水流和沉积物位移。吸力效应可以改变局部栖息地并影响海洋生物的分布，这是保护工作中的一个重要因素。此外，现代船舶的设计也考虑了与邻近船舶吸力相关的潜在风险。海军建筑师和工程师致力于创造能够最小化吸力作用的船体形状和推进系统，提高航行过程中的稳定性和安全性。动态定位系统等技术进步使船只能够更有效地保持位置，从而减少船只之间近距离接触的风险。总之，邻近船舶吸力的概念是海事导航和安全的重要方面。它突显了船只与周围水环境之间的复杂互动。通过理解这一现象，海员可以做出明智的决策，从而提高其操作的安全性和效率。随着海事行业的不断发展，持续的教育和对邻近船舶吸力的认识将在确保所有航行在我们水域的船只安全方面发挥至关重要的作用。