directional commanded active sonobuoy system

简明释义

定向主动式声纳浮标系统

英英释义

例句

1.The integration of the directional commanded active sonobuoy system into our fleet has significantly improved our surveillance capabilities.

将方向指令主动声纳浮标系统整合到我们的舰队中显著提高了我们的监视能力。

2.The navy deployed the directional commanded active sonobuoy system to enhance their anti-submarine warfare capabilities.

海军部署了方向指令主动声纳浮标系统以增强其反潜作战能力。

3.During the exercise, the directional commanded active sonobuoy system was tested for its effectiveness in detecting underwater threats.

在演习中，测试了方向指令主动声纳浮标系统在探测水下威胁方面的有效性。

4.The directional commanded active sonobuoy system provides real-time data that is crucial for naval operations.

在海军行动中，方向指令主动声纳浮标系统提供的实时数据至关重要。

5.Using the directional commanded active sonobuoy system, the crew was able to locate the submarine's exact position.

利用方向指令主动声纳浮标系统，船员能够找到潜艇的确切位置。

作文

The world of naval warfare has seen significant advancements in technology, particularly in the realm of underwater surveillance and detection. One such remarkable innovation is the directional commanded active sonobuoy system, a sophisticated tool designed for anti-submarine warfare. This system is pivotal in enhancing the capabilities of naval forces to detect, track, and engage enemy submarines effectively.At its core, the directional commanded active sonobuoy system employs a network of sonobuoys that are deployed from aircraft or ships into the ocean. These sonobuoys are equipped with advanced sensors that can pick up sounds underwater, allowing for the detection of submarines and other underwater activities. The term 'active' indicates that these sonobuoys emit sonar signals that bounce off objects in the water, helping to create a clearer picture of the underwater environment.What sets the directional commanded active sonobuoy system apart is its directional capability. Unlike traditional sonobuoys that may have a more generalized detection range, this system can focus its sonar emissions in specific directions. This targeted approach not only improves the accuracy of detection but also minimizes the chances of false positives, which can occur when surrounding noise interferes with sonar readings.Furthermore, the command aspect of the directional commanded active sonobuoy system allows operators to control the deployment and operation of the sonobuoys remotely. This feature is crucial during military operations, as it enables real-time adjustments based on evolving tactical situations. For instance, if a potential submarine threat is detected in a particular area, operators can command the sonobuoys to focus their efforts there, gathering more detailed information about the target.The integration of the directional commanded active sonobuoy system into naval operations represents a significant leap forward in maritime security. It enhances situational awareness for naval commanders, allowing them to make informed decisions based on accurate data. In an era where submarines represent a formidable challenge to naval forces, having the ability to detect and track these vessels efficiently is paramount.Moreover, the development of this technology reflects the ongoing arms race in undersea warfare. As adversaries continue to enhance their submarine capabilities, navies around the world must adapt by investing in advanced detection systems like the directional commanded active sonobuoy system. This not only ensures national security but also maintains a strategic advantage in potential conflict scenarios.In conclusion, the directional commanded active sonobuoy system is a vital component of modern naval warfare. Its ability to provide precise, real-time data on underwater threats significantly bolsters the operational effectiveness of naval forces. As technology continues to evolve, we can expect further enhancements to this system, ensuring that it remains at the forefront of anti-submarine warfare strategies. The future of maritime security will undoubtedly rely on such innovative solutions to address the complexities of underwater combat and surveillance.

海军战争的世界见证了技术的重大进步，尤其是在水下监视和探测领域。其中一个显著的创新是定向指挥主动声纳浮标系统，这是一种旨在反潜战中的复杂工具。该系统在增强海军力量有效探测、追踪和打击敌方潜艇的能力方面至关重要。定向指挥主动声纳浮标系统的核心是一个由声纳浮标网络组成，这些浮标从飞机或船只上投放到海洋中。这些声纳浮标配备有先进的传感器，可以捕捉水下声音，从而允许探测潜艇和其他水下活动。“主动”一词表明，这些声纳浮标发出声呐信号，这些信号会反射到水中的物体上，帮助创建水下环境的更清晰图像。使定向指挥主动声纳浮标系统与众不同的是其定向能力。与传统的声纳浮标可能具有更广泛的探测范围不同，该系统可以将声呐发射集中在特定方向。这种针对性的方法不仅提高了探测的准确性，还减少了虚假警报的几率，后者可能发生在周围噪音干扰声呐读数时。此外，定向指挥主动声纳浮标系统的指挥功能允许操作人员远程控制声纳浮标的部署和操作。这一特性在军事行动中至关重要，因为它使得根据不断变化的战术情况进行实时调整成为可能。例如，如果在某个区域检测到潜在的潜艇威胁，操作人员可以指挥声纳浮标集中精力在那里，收集有关目标的更详细信息。将定向指挥主动声纳浮标系统整合到海军作战中，代表了海洋安全的重大进步。它增强了海军指挥官的态势感知，使他们能够根据准确的数据做出明智的决策。在潜艇构成对海军力量的严峻挑战的时代，能够高效探测和追踪这些舰艇至关重要。此外，这项技术的发展反映了水下战争中持续的军备竞赛。随着对手不断增强其潜艇能力，各国海军必须通过投资于像定向指挥主动声纳浮标系统这样的先进探测系统来适应。这不仅确保了国家安全，还在潜在冲突场景中维持战略优势。总之，定向指挥主动声纳浮标系统是现代海军战争的重要组成部分。其提供关于水下威胁的精准实时数据的能力显著增强了海军力量的作战有效性。随着技术的不断发展，我们可以期待这一系统的进一步增强，确保其在反潜战策略中保持领先地位。未来的海洋安全无疑将依赖于此类创新解决方案，以应对水下战斗和监视的复杂性。