ship induced magnetism

简明释义

感应船磁

英英释义

例句

1.Researchers are developing methods to mitigate the effects of ship induced magnetism 船舶诱导磁性 on underwater sensors.

研究人员正在开发方法以减轻船舶诱导磁性对水下传感器的影响。

2.Engineers must consider ship induced magnetism 船舶诱导磁性 when designing new vessels to ensure accurate compass readings.

工程师在设计新船时必须考虑船舶诱导磁性以确保指南针读数准确。

3.During the training exercise, the crew learned how to compensate for ship induced magnetism 船舶诱导磁性 during navigation.

在训练演习中，船员学习了如何在导航过程中补偿船舶诱导磁性。

4.The naval fleet experienced disruptions in operations due to ship induced magnetism 船舶诱导磁性 affecting their radar systems.

由于船舶诱导磁性影响了他们的雷达系统，海军舰队的操作经历了干扰。

5.The research team studied the effects of ship induced magnetism 船舶诱导磁性 on marine navigation systems.

研究小组研究了船舶诱导磁性对海洋导航系统的影响。

作文

Ship induced magnetism is a phenomenon that occurs when a ship generates its own magnetic field as a result of its construction materials and electrical equipment. This magnetic field can interfere with navigation instruments, particularly compasses, which are crucial for maritime navigation. Understanding this concept is essential for ensuring safe and accurate navigation at sea.When a ship is built, it is typically made from various materials, including steel and other metals, which can become magnetized. As the ship operates, especially when electrical systems are in use, it can create a magnetic field around it. This is known as ship induced magnetism (船舶诱导磁性). The strength and direction of this magnetic field can change based on the ship's heading, speed, and the configuration of its onboard equipment.The implications of ship induced magnetism (船舶诱导磁性) are significant for navigators. Compasses rely on the Earth's magnetic field to provide accurate directional information. However, if a ship's magnetic field is strong enough, it can distort the compass readings, leading to navigational errors. This is particularly critical in busy shipping lanes or near coastlines where precise navigation is necessary to avoid collisions or grounding.To mitigate the effects of ship induced magnetism (船舶诱导磁性), shipbuilders and designers take several precautions. One common method is to use non-magnetic materials in the construction of certain parts of the ship. Additionally, ships are often equipped with degaussing systems, which help to reduce their magnetic signature. Degaussing involves the use of electrical coils to generate a counteracting magnetic field, effectively neutralizing the ship’s magnetic influence on navigation instruments.Moreover, before a ship is put into service, it undergoes a process called magnetic calibration. This process involves measuring the ship's magnetic field and adjusting the compass to account for any deviations caused by ship induced magnetism (船舶诱导磁性). This calibration ensures that navigators have the most accurate information possible while at sea.In conclusion, ship induced magnetism (船舶诱导磁性) is an important factor in maritime navigation that can significantly affect a ship's compass readings. By understanding this phenomenon and implementing strategies to mitigate its effects, shipbuilders and navigators can work together to ensure safer and more accurate navigation. As technology advances, ongoing research and development will likely lead to even more effective solutions for managing ship induced magnetism (船舶诱导磁性) in the future, ultimately enhancing the safety of maritime operations worldwide.

船舶诱导磁性是指船舶由于其构造材料和电气设备而产生自身磁场的现象。这个磁场可能会干扰导航仪器，特别是对海洋导航至关重要的指南针。理解这一概念对于确保海上安全和准确导航至关重要。当一艘船建造时，通常使用多种材料，包括钢铁和其他金属，这些材料可能会被磁化。随着船舶的运行，尤其是在电气系统工作时，它会在周围产生一个磁场。这就是所谓的船舶诱导磁性。该磁场的强度和方向可能会根据船舶的航向、速度以及船上设备的配置而变化。船舶诱导磁性的影响对导航员来说是显著的。指南针依赖于地球的磁场提供准确的方向信息。然而，如果船舶的磁场足够强，它可能会扭曲指南针的读数，从而导致导航错误。这在繁忙的航道或近海岸线的情况下尤其关键，因为在这些地方精确导航对于避免碰撞或搁浅至关重要。为了减轻船舶诱导磁性的影响，船舶制造商和设计师采取了几项预防措施。一种常见的方法是在船舶某些部件的构造中使用非磁性材料。此外，船舶通常配备去磁系统，以帮助减少其磁性特征。去磁涉及使用电缆圈产生抵消的磁场，有效中和船舶对导航仪器的磁性影响。此外，在船舶投入服务之前，它会经历一个称为磁性校准的过程。这个过程涉及测量船舶的磁场并调整指南针，以考虑由船舶诱导磁性引起的任何偏差。这种校准确保导航员在海上拥有尽可能准确的信息。总之，船舶诱导磁性是海洋导航中的一个重要因素，可能会显著影响船舶的指南针读数。通过理解这一现象并实施减轻其影响的策略，船舶制造商和导航员可以共同努力，确保更安全、更准确的导航。随着技术的进步，持续的研究和开发可能会导致未来管理船舶诱导磁性的更有效解决方案，从而最终增强全球海事操作的安全性。