ship's degauss

简明释义

船舶消磁

英英释义

例句

1.Regular maintenance of the ship's degauss is crucial for stealth operations.

定期维护船舶去磁对于隐形作战至关重要。

2.After the installation of new equipment, the ship's degauss was recalibrated.

在新设备安装后，船舶去磁被重新校准。

3.The technician explained how to operate the ship's degauss system effectively.

技术员解释了如何有效操作船舶去磁系统。

4.The captain ordered a full ship's degauss before entering enemy waters.

舰长在进入敌方水域之前下令进行全面的船舶去磁。

5.Before the naval exercise, the crew performed the ship's degauss to reduce magnetic signatures.

在海军演习之前，船员们进行了船舶去磁以减少磁性特征。

作文

The term ship's degauss refers to a crucial process used in naval operations to reduce the magnetic signature of a ship. This is particularly important for military vessels, as a lower magnetic signature can help them avoid detection by magnetic mines and torpedoes. The process involves the use of electrical currents to neutralize the ship's magnetic field, effectively 'degaussing' it. This technique has been around since World War II when submarines and surface ships began to recognize the threat posed by magnetic mines. As technology advanced, so did the methods used for ship's degauss operations.Degaussing systems are integrated into modern naval ships and consist of coils placed around the hull of the vessel. These coils generate magnetic fields that counteract the ship's own magnetic field. The effectiveness of ship's degauss systems can vary depending on the size and design of the ship, as well as the specific threats it faces. Regular maintenance and calibration of these systems are essential to ensure they function correctly.The importance of ship's degauss cannot be overstated. In an era where stealth and evasion are paramount, naval forces must employ every available tactic to protect their assets. By minimizing their magnetic signature, ships can operate more safely in hostile environments. This not only enhances their survivability but also contributes to the overall effectiveness of naval operations.In addition to military applications, ship's degauss technology has also found uses in commercial shipping. For example, certain cargo ships may utilize degaussing systems to mitigate risks associated with underwater mines, especially in regions where such threats are prevalent. This dual-use aspect of degaussing technology highlights its significance across different sectors of maritime operations.Furthermore, the process of ship's degauss is not just a one-time event. Ships often undergo degaussing procedures at regular intervals, especially before entering high-risk areas or after undergoing maintenance that could affect their magnetic signature. This continuous attention to magnetic field management reflects the evolving nature of maritime threats and the need for proactive measures to counter them.In conclusion, the concept of ship's degauss plays a vital role in modern naval warfare and maritime safety. By understanding and implementing effective degaussing techniques, naval forces can enhance their operational security and effectiveness. As the maritime landscape continues to change, the importance of maintaining a low magnetic profile will remain a key consideration for all seafaring vessels, ensuring that they can navigate the waters safely and securely.

术语船舶去磁指的是海军作战中一个重要的过程，用于减少船舶的磁性特征。这一点对于军舰尤为重要，因为较低的磁性特征可以帮助它们避免被磁性水雷和鱼雷探测到。该过程涉及使用电流中和船舶的磁场，有效地“去磁”。这一技术自第二次世界大战以来就存在，当时潜艇和水面舰船开始认识到磁性水雷带来的威胁。随着技术的进步，船舶去磁操作所用的方法也不断发展。去磁系统集成在现代海军舰艇中，包含围绕船体放置的线圈。这些线圈产生的磁场抵消船舶自身的磁场。船舶去磁系统的有效性可能因船只的大小和设计以及它面临的具体威胁而有所不同。定期维护和校准这些系统对于确保其正常运作至关重要。船舶去磁的重要性不容小觑。在一个隐蔽和规避至关重要的时代，海军部队必须利用所有可用的战术来保护他们的资产。通过最小化自身的磁性特征，船舶可以在敌对环境中更安全地行动。这不仅增强了它们的生存能力，还提高了海军行动的整体有效性。除了军事应用外，船舶去磁技术在商业航运中也找到了应用。例如，某些货船可能会利用去磁系统来减轻与水下水雷相关的风险，尤其是在这些威胁普遍存在的地区。这种去磁技术的双重用途突显了其在海事操作各个领域的重要性。此外，船舶去磁的过程并不是一次性的事件。船舶通常会在定期间隔内进行去磁程序，尤其是在进入高风险区域之前或在经过可能影响其磁性特征的维护后。这种对磁场管理的持续关注反映了海事威胁的不断演变以及采取主动措施应对这些威胁的必要性。总之，船舶去磁的概念在现代海军战争和海事安全中发挥着至关重要的作用。通过理解和实施有效的去磁技术，海军部队可以增强其操作安全性和有效性。随着海事环境的不断变化，保持低磁性特征的重要性将继续成为所有航行船舶的关键考虑因素，确保它们能够安全、可靠地航行在水域中。