antisubmarine

简明释义

英[ˌæntɪˌsʌbməˈriːn]美[ˌæntɪˈsʌbməriːn]

adj. 反潜艇的，对抗潜艇的

英英释义

单词用法

同义词

反义词

例句

1.The characteristics of naval aircraft antisubmarine were analyzed based on the concept of decision assistant system.

在辅助决策系统概念的基础上，分析了海军航空反潜决策的特点。

2.Efficient antisubmarine warfare is embodied in selecting an optimum decision, but in speeding up the decision process and reducing the decision period.

高效率的反潜作战除了加速决策过程，缩短决策周期之外，还体现在选择一个最佳的决策方案中。

3.A fast, lightly armed warship, smaller than a destroyer, often armed for antisubmarine operations.

护卫舰一种轻型武装的迅速战斗舰，比驱逐舰小，常为反潜水军事行动而配有武器。

4.Antisubmarine dissipate is a new antisubmarine battle mode.

对潜“驱赶”是一种新的防潜作战方式。

5.In the past, sling sonar "s antisubmarine efficiency was simply managed, that was out of accord with fact."

以往对于直升机吊放声呐搜潜效率的处理过于简便，与实际状况不符。

6.The four vessels were then reinforced by two Type 037 (Hainan class) antisubmarine patrol crafts (hull 281 and 282).

四艘舰艇随后被二艘037型(海南级)反潜巡逻艇增援(弦号281和282)。

7.Nevertheless, the Model 37 was also intended to be a prototype suitable for Navy antisubmarine and Coast Guard search-and-rescue operations, and capable of being put into production.

尽管如此，示范37也打算是一个原型适合海军反潜和海岸警卫队的搜索和救援行动，并能够被投入生产。

8.The navy deployed advanced antisubmarine 反潜 warfare systems to protect the fleet.

海军部署了先进的反潜作战系统以保护舰队。

9.During the exercise, the focus was on improving antisubmarine 反潜 tactics.

在演习中，重点是改善反潜战术。

10.The new submarine is equipped with antisubmarine 反潜 detection technology.

这艘新潜艇配备了反潜探测技术。

11.They implemented new antisubmarine 反潜 measures after recent threats.

在最近的威胁后，他们实施了新的反潜措施。

12.The aircraft specializes in antisubmarine 反潜 missions over vast ocean areas.

该飞机专门执行广阔海域的反潜任务。

作文

In the modern world, naval warfare has evolved significantly, with various strategies and technologies developed to protect nations from underwater threats. One of the most critical aspects of this evolution is the concept of antisubmarine warfare. This term refers to the tactics, operations, and technologies that are designed to detect, track, and neutralize submarines, which pose a significant threat to maritime security. The importance of antisubmarine capabilities cannot be overstated, especially in an era where submarines can launch attacks from hidden positions beneath the waves.Historically, submarines have been used effectively in combat situations, striking enemy vessels and disrupting supply lines. To counter these threats, navies around the world have invested heavily in antisubmarine technology, including advanced sonar systems, anti-submarine warfare (ASW) aircraft, and specialized surface ships. These tools allow naval forces to locate and engage submarines before they can execute their missions.One of the primary methods of antisubmarine warfare involves the use of sonar. Sonar systems emit sound waves that bounce off objects in the water, allowing operators to detect submarines based on the echoes returned. Modern sonar technology has become incredibly sophisticated, capable of identifying the size and type of submarine, as well as its current position. This capability is essential for any navy seeking to maintain control over strategic waterways.In addition to sonar, antisubmarine warfare also relies on aerial assets. ASW aircraft, such as the P-8 Poseidon, are equipped with advanced sensors and weapons systems designed specifically for hunting submarines. These aircraft can cover large areas of ocean quickly, providing a crucial layer of defense against underwater threats. Furthermore, helicopters deployed from naval vessels can engage submarines using torpedoes or depth charges, adding another dimension to antisubmarine operations.The development of unmanned underwater vehicles (UUVs) has also transformed antisubmarine warfare. These drones can conduct surveillance missions and gather intelligence without risking human lives. They can be deployed to seek out submarines in areas that may be too dangerous for manned vessels, thus enhancing the overall effectiveness of antisubmarine operations.Moreover, international cooperation plays a vital role in enhancing antisubmarine capabilities. Many countries participate in joint exercises and share intelligence to improve their ability to counter submarine threats. For instance, NATO conducts regular training exercises focused on antisubmarine warfare, fostering collaboration among member nations and ensuring readiness in the face of potential conflicts.In conclusion, antisubmarine warfare is a fundamental component of modern naval strategy. As submarines continue to advance in stealth and lethality, the need for effective antisubmarine measures becomes increasingly critical. Through the integration of technology, aerial assets, and international cooperation, navies around the world are better prepared to confront the challenges posed by submarines. Understanding the intricacies of antisubmarine warfare is essential for anyone interested in the future of maritime security and global defense strategies.

在现代世界，海军战争经历了显著的演变，各种策略和技术被开发出来以保护国家免受水下威胁。其中一个关键方面是反潜战争的概念。这个术语指的是旨在探测、追踪和消灭潜艇的战术、行动和技术，潜艇对海洋安全构成了重大威胁。尤其在潜艇可以从隐藏的水下位置发起攻击的时代，反潜能力的重要性不容小觑。历史上，潜艇在战斗中被有效地使用，打击敌方舰艇并破坏补给线。为了应对这些威胁，世界各国海军在反潜技术上投入了大量资金，包括先进的声纳系统、反潜战争（ASW）飞机和专门的水面舰艇。这些工具使海军能够在潜艇执行任务之前定位和交战。反潜战争的主要方法之一是使用声纳。声纳系统发出声波，这些声波会反弹到水中的物体上，从而使操作员能够根据返回的回声探测潜艇。现代声纳技术已经变得非常复杂，能够识别潜艇的大小和类型，以及其当前位置。这种能力对于任何希望维护战略水域控制的海军至关重要。除了声纳，反潜战争还依赖于空中资产。反潜飞机，如P-8波塞冬，配备了专门用于猎捕潜艇的先进传感器和武器系统。这些飞机能够快速覆盖大面积海洋，为应对水下威胁提供了至关重要的防御层。此外，从海军舰艇部署的直升机可以使用鱼雷或深水炸弹攻击潜艇，为反潜行动增添了另一个维度。无人水下航行器（UUV）的发展也改变了反潜战争。这些无人机可以进行监视任务并收集情报，而无需冒着人类生命的风险。它们可以被部署到潜艇可能过于危险的区域进行搜索，从而增强反潜行动的整体有效性。此外，国际合作在增强反潜能力方面发挥着至关重要的作用。许多国家参与联合演习并共享情报，以提高其应对潜艇威胁的能力。例如，北约定期进行重点针对反潜战争的训练演习，促进成员国之间的合作，并确保在潜在冲突面前的准备。总之，反潜战争是现代海军战略的基本组成部分。随着潜艇在隐蔽性和致命性方面的持续进步，有效的反潜措施的需求变得愈加迫切。通过整合技术、空中资产和国际合作，世界各国海军能够更好地准备应对潜艇带来的挑战。理解反潜战争的复杂性对于任何对海洋安全和全球防御战略的未来感兴趣的人来说都是至关重要的。