commanded active sonobuoy system

简明释义

指令主动声纳浮标系统

英英释义

例句

1.The commanded active sonobuoy system provided real-time data to the command center during the operation.

指挥主动声纳浮标系统在行动期间向指挥中心提供了实时数据。

2.With the help of a commanded active sonobuoy system, we tracked the submarine's movements.

在指挥主动声纳浮标系统的帮助下，我们追踪了潜艇的移动。

3.The navy deployed a commanded active sonobuoy system to locate submarines in the area.

海军部署了一个指挥主动声纳浮标系统来定位该地区的潜艇。

4.The effectiveness of the commanded active sonobuoy system was demonstrated during the naval exercise.

指挥主动声纳浮标系统的有效性在海军演习中得到了证明。

5.Using a commanded active sonobuoy system, the crew was able to detect underwater threats more effectively.

利用指挥主动声纳浮标系统，船员能够更有效地探测水下威胁。

作文

In modern naval warfare, the ability to detect and track submarines is crucial for maintaining maritime security. One of the most effective tools used by navies around the world is the commanded active sonobuoy system, which plays a vital role in anti-submarine operations. This sophisticated technology allows for the deployment of sonobuoys, which are buoy-like devices that can listen for sounds underwater, particularly the noises made by submarines. The commanded active sonobuoy system enhances the capabilities of these sonobuoys by enabling them to be actively controlled and directed from a distance, providing real-time data to naval forces.The commanded active sonobuoy system operates through a series of interconnected components, including aircraft and surface vessels that deploy the sonobuoys. Once deployed, these sonobuoys can be commanded to switch between passive listening modes and active pinging modes. In passive mode, the sonobuoys listen for sounds without emitting any signals themselves, making it difficult for submarines to detect their presence. In contrast, when in active mode, the sonobuoys emit sound waves and listen for the echoes that bounce back from nearby objects, allowing for precise location tracking of submarines.One of the key advantages of the commanded active sonobuoy system is its flexibility and adaptability. Naval forces can deploy these systems in various operational scenarios, whether during routine patrols or in response to heightened threats. The ability to command the sonobuoys remotely means that naval commanders can adjust their strategies in real-time based on the information received. This responsiveness is critical in today's fast-paced military environment, where decisions often need to be made in the heat of the moment.Additionally, the commanded active sonobuoy system significantly reduces the risk to personnel and assets. Traditional methods of submarine detection often involve sending ships into potentially dangerous waters, exposing them to enemy submarines. By utilizing sonobuoys, naval forces can gather intelligence from a safe distance, minimizing the risk to their vessels and crew.Moreover, the integration of advanced technologies such as artificial intelligence and machine learning into the commanded active sonobuoy system is revolutionizing how naval forces operate. These technologies can analyze vast amounts of acoustic data, identifying patterns and distinguishing between different types of underwater sounds. This capability not only improves detection rates but also enhances the overall effectiveness of anti-submarine warfare tactics.In conclusion, the commanded active sonobuoy system represents a significant advancement in naval warfare technology. Its ability to provide real-time, actionable intelligence while keeping personnel safe makes it an indispensable tool for modern navies. As threats in the underwater domain continue to evolve, the importance of systems like the commanded active sonobuoy system will only grow, ensuring that maritime security remains a top priority for nations around the world.

在现代海军战争中，侦测和追踪潜艇的能力对于维护海洋安全至关重要。世界各国海军使用的最有效工具之一是指挥主动声呐系统，它在反潜作战中发挥着重要作用。这种复杂的技术允许部署声呐浮标，这些类似浮标的设备可以监听水下声音，特别是潜艇发出的噪音。指挥主动声呐系统通过使这些声呐浮标能够从远处主动控制和指挥，增强了其能力，为海军提供实时数据。指挥主动声呐系统通过一系列相互连接的组件运行，包括部署声呐浮标的飞机和水面舰艇。一旦部署，这些声呐浮标可以被指挥在被动监听模式和主动探测模式之间切换。在被动模式下，声呐浮标在不发出任何信号的情况下监听声音，使潜艇很难探测到它们的存在。相比之下，当处于主动模式时，声呐浮标发出声波并监听从附近物体反弹回来的回声，从而实现对潜艇的精确定位追踪。指挥主动声呐系统的一个关键优势是其灵活性和适应性。海军可以在各种作战场景中部署这些系统，无论是在例行巡逻期间还是在应对升级威胁时。远程指挥声呐浮标的能力意味着海军指挥官可以根据接收到的信息实时调整他们的战略。这种响应能力在当今快速变化的军事环境中至关重要，因为决策往往需要在紧急情况下做出。此外，指挥主动声呐系统显著降低了人员和资产的风险。传统的潜艇侦测方法通常涉及将舰船送入潜在危险水域，使其暴露于敌方潜艇的攻击之下。通过利用声呐浮标，海军可以从安全距离收集情报，最大限度地减少对舰船和船员的风险。此外，将人工智能和机器学习等先进技术整合到指挥主动声呐系统中正在彻底改变海军部队的操作方式。这些技术可以分析大量声学数据，识别模式并区分不同类型的水下声音。这种能力不仅提高了检测率，还增强了反潜作战战术的整体有效性。总之，指挥主动声呐系统代表了海军战争技术的重大进步。它能够提供实时、可操作的情报，同时确保人员安全，使其成为现代海军不可或缺的工具。随着水下领域威胁的不断演变，像指挥主动声呐系统这样的系统的重要性只会增加，确保海洋安全仍然是世界各国的首要任务。