acoustic mine

简明释义

音响水雷

英英释义

例句

1.During the training exercise, soldiers learned how to disarm an acoustic mine safely.

在训练演习中，士兵们学习了如何安全地拆除声学水雷。

2.Researchers are developing new technologies to counteract acoustic mines more effectively.

研究人员正在开发新技术，以更有效地对抗声学水雷。

3.The naval forces deployed an acoustic mine to detect enemy submarines.

海军部队部署了一种声学水雷来探测敌方潜艇。

4.An acoustic mine can be triggered by the sound of a passing ship.

声学水雷可以通过经过船只的声音被引爆。

5.The use of acoustic mines has increased in modern naval warfare.

在现代海战中，声学水雷的使用有所增加。

作文

In the realm of naval warfare, various technologies have been developed to enhance the effectiveness of military operations. One such technology is the acoustic mine, which plays a crucial role in underwater defense strategies. An acoustic mine is a type of underwater explosive device that is triggered by the sound of a passing vessel. This innovative weapon system exploits the acoustic signatures produced by ships, submarines, or other underwater vehicles to detonate and inflict damage. The development of acoustic mines has significantly advanced naval warfare tactics, making it essential for modern navies to understand their implications and countermeasures.The principle behind an acoustic mine lies in its ability to detect specific sound frequencies. When a vessel moves through the water, it generates a unique noise profile based on its size, speed, and hull design. The acoustic mine is equipped with sensors that can differentiate between various types of sounds, allowing it to identify potential targets accurately. Once a target is detected, the mine can activate its detonating mechanism, resulting in a catastrophic explosion designed to incapacitate or destroy the enemy vessel.One of the significant advantages of acoustic mines is their passive nature. Unlike traditional naval mines that require active engagement, these mines remain dormant until they detect the sound of a target. This characteristic not only makes them difficult to locate but also allows them to remain hidden beneath the surface for extended periods. Consequently, they serve as a formidable deterrent against enemy naval operations, as vessels must navigate cautiously to avoid triggering an acoustic mine.However, the use of acoustic mines is not without its challenges. The effectiveness of these mines can be influenced by various environmental factors, such as water temperature, salinity, and background noise from marine life or other vessels. Moreover, advancements in countermeasure technologies have led to the development of systems that can mask or alter the acoustic signature of ships, thereby reducing the likelihood of triggering an acoustic mine. As a result, naval strategists must continually adapt their tactics to stay ahead of evolving threats in underwater warfare.In conclusion, the acoustic mine represents a sophisticated tool in modern naval warfare, combining technology and strategy to create a powerful defensive mechanism. Understanding the operational principles, advantages, and limitations of acoustic mines is vital for naval forces worldwide. As maritime conflicts continue to evolve, the role of such advanced weaponry will undoubtedly shape the future of naval engagements, highlighting the importance of ongoing research and development in this field. The implications of using acoustic mines extend beyond immediate military applications; they also raise ethical considerations regarding the impact on marine ecosystems and the potential for unintended consequences during military operations.

在海军战争的领域中，各种技术的发展旨在增强军事行动的有效性。其中一种技术是声学水雷，它在水下防御战略中发挥着至关重要的作用。声学水雷是一种水下爆炸装置，由经过的船只的声音触发。这种创新的武器系统利用船舶、潜艇或其他水下车辆产生的声学特征来引爆，从而造成伤害。声学水雷的发展显著提升了海军战争战术，使现代海军必须理解其影响和对策。声学水雷的原理在于它能够检测特定的声音频率。当一艘船在水中移动时，它会根据其大小、速度和船体设计产生独特的噪音特征。声学水雷配备了传感器，能够区分各种类型的声音，从而准确识别潜在目标。一旦探测到目标，水雷就可以激活其引爆机制，导致灾难性的爆炸，旨在使敌方舰艇失去能力或摧毁它。声学水雷的一个显著优势是其被动特性。与传统的海军水雷需要主动接触不同，这些水雷在探测到目标的声音之前保持静止。这一特性不仅使它们难以被定位，而且还允许它们在水面下隐藏很长时间。因此，它们作为一种强大的威慑力量，迫使舰艇必须谨慎航行，以避免触发声学水雷。然而，使用声学水雷并非没有挑战。这些水雷的有效性可能受到多种环境因素的影响，例如水温、盐度以及来自海洋生物或其他船只的背景噪声。此外，反制技术的进步导致开发出能够掩盖或改变船舶声学特征的系统，从而降低触发声学水雷的可能性。因此，海军战略家必须不断调整战术，以应对水下战争中不断演变的威胁。总之，声学水雷代表了现代海军战争中的一种复杂工具，将技术与战略结合，创造出一种强大的防御机制。了解声学水雷的操作原理、优势和局限性对于全球海军力量至关重要。随着海洋冲突的不断演变，这种先进武器的角色无疑将塑造海军交战的未来，突显出在这一领域持续研究和发展的重要性。使用声学水雷的意义超越了即时的军事应用；它们也引发了关于对海洋生态系统影响和军事行动中潜在意外后果的伦理考虑。