neutral buoyant mine

简明释义

中浮雷

英英释义

例句

1.Researchers are examining how neutral buoyant mines can be used for environmental monitoring.

研究人员正在检查如何利用中性浮力水雷进行环境监测。

2.The design of the neutral buoyant mine allows it to remain suspended in the water column.

这种中性浮力水雷的设计使其能够悬浮在水柱中。

3.During the exercise, the soldiers practiced disarming a neutral buoyant mine in a controlled environment.

在演习中，士兵们在受控环境中练习拆除一枚中性浮力水雷。

4.The marine research team deployed a neutral buoyant mine to study underwater currents.

海洋研究团队部署了一种中性浮力水雷以研究水下洋流。

5.The neutral buoyant mine was equipped with sensors to collect data on marine life.

这枚中性浮力水雷配备了传感器，用于收集海洋生物的数据。

作文

In the realm of underwater warfare, various technologies are employed to gain an advantage over adversaries. One such innovation is the concept of a neutral buoyant mine, which plays a crucial role in modern naval strategies. This type of mine is designed to remain suspended in the water column, neither sinking to the seabed nor floating to the surface. The principle of neutral buoyancy allows these mines to be strategically placed in areas where they can effectively target enemy vessels without being easily detected or neutralized.The significance of a neutral buoyant mine lies in its ability to create a hidden threat in the ocean. Unlike traditional mines that rest on the seafloor, making them vulnerable to sweeping operations, a neutral buoyant mine can be deployed at varying depths. This adaptability complicates detection efforts and increases the chances of successfully damaging or sinking enemy ships. By utilizing advanced technology, these mines can be equipped with sensors to detect approaching vessels, triggering an explosive response when required.Moreover, the deployment of neutral buoyant mines can serve as a deterrent against naval operations in contested waters. Countries may choose to deploy these mines in strategic locations to assert control over maritime routes, thus influencing the movement of enemy fleets. The psychological impact of knowing that such mines could be lurking beneath the surface can alter operational plans and force adversaries to approach with caution.The operational mechanics of a neutral buoyant mine are fascinating. Engineers design these devices to achieve a balance between buoyancy and weight, allowing them to hover at a predetermined depth. This involves careful calibration of materials and structures to ensure that the mine does not sink or rise. Additionally, advancements in materials science contribute to the development of more efficient and durable mines that can withstand harsh underwater conditions.However, the use of neutral buoyant mines raises ethical and environmental concerns. The potential for accidental detonation poses risks not only to military targets but also to civilian vessels and marine life. As nations continue to enhance their underwater warfare capabilities, discussions surrounding the regulation and use of such devices become increasingly important. International treaties may need to address the implications of deploying mines that can remain undetected for extended periods, posing long-term threats to navigation and marine ecosystems.In conclusion, the concept of a neutral buoyant mine represents a significant advancement in underwater warfare technology. Its unique ability to remain suspended in the water column provides strategic advantages in terms of stealth and surprise. While these mines can serve as effective tools for national defense, it is essential to consider the broader implications of their use. Balancing military objectives with ethical considerations will be crucial as we navigate the complexities of modern warfare in the underwater domain.

在水下战争领域，各种技术被用来获得对敌人的优势。其中一种创新是中性浮力水雷的概念，它在现代海军战略中发挥着至关重要的作用。这种类型的水雷设计为在水柱中悬浮，既不沉入海底，也不浮到水面。中性浮力的原理使这些水雷能够在可以有效瞄准敌舰的区域内被战略性地布置，而不容易被发现或解除。中性浮力水雷的重要性在于它能够在海洋中制造一个隐藏的威胁。与传统的水雷不同，后者静静地躺在海底，容易受到扫雷行动的威胁，中性浮力水雷可以在不同深度部署。这种适应性使得探测工作变得复杂，并增加了成功破坏或击沉敌舰的机会。通过运用先进的技术，这些水雷可以配备传感器，以探测接近的船只，在需要时触发爆炸反应。此外，部署中性浮力水雷可以作为对在争夺水域内海上作战的威慑。各国可能选择在战略位置部署这些水雷，以宣示对海上航道的控制，从而影响敌方舰队的移动。知道这样的水雷可能潜伏在水面下的心理影响，可以改变作战计划，迫使对手谨慎行事。中性浮力水雷的操作机制令人着迷。工程师们设计这些装置以实现浮力和重量之间的平衡，使其能够悬停在预定深度。这涉及对材料和结构的仔细校准，以确保水雷不会沉没或上浮。此外，材料科学的进步促进了更高效和耐用的水雷的发展，使其能够承受恶劣的水下条件。然而，使用中性浮力水雷引发了伦理和环境方面的担忧。意外引爆的潜在风险不仅对军事目标构成威胁，还对民用船只和海洋生物造成风险。随着各国继续增强其水下战争能力，围绕这些设备的监管和使用的讨论变得愈发重要。国际条约可能需要解决在长时间内保持未被探测的水雷部署所带来的导航和海洋生态系统的长期威胁。总之，中性浮力水雷的概念代表了水下战争技术的重大进步。其独特的悬浮能力提供了隐蔽性和突袭的战略优势。虽然这些水雷可以作为国家防御的有效工具，但考虑其使用的更广泛影响是至关重要的。在我们应对现代水下领域战争的复杂性时，平衡军事目标和伦理考量将是关键。