buoyant mine

简明释义

漂雷

英英释义

例句

1.After the storm, several buoyant mines were found washed ashore.

暴风雨过后，几枚浮动地雷被冲上了岸。

2.The buoyant mine was designed to be used in shallow waters where traditional mines would not work.

该浮动地雷的设计是用于浅水区，传统地雷无法使用。

3.During the naval exercise, they deployed a buoyant mine to simulate underwater threats.

在海军演习中，他们部署了浮动地雷以模拟水下威胁。

4.The military conducted a study on the effectiveness of buoyant mines in coastal defense.

军方对浮动地雷在沿海防御中的有效性进行了研究。

5.The engineers tested the buoyant mine to ensure it could float in water.

工程师们测试了浮动地雷以确保它能够在水中漂浮。

作文

In the realm of warfare, the term buoyant mine refers to a type of naval mine designed to float on the surface of the water. Unlike traditional mines that rest on the seabed, buoyant mine can be deployed in areas where they are more likely to engage targets, such as enemy ships or submarines. The concept of a buoyant mine is intriguing because it combines the principles of physics with strategic military planning. These mines can be set to detonate upon contact with a vessel or triggered by proximity sensors, making them a versatile weapon in naval combat.The design of a buoyant mine is crucial for its effectiveness. Engineers must ensure that the mine remains stable and visible while floating, which often involves using materials that provide both buoyancy and durability. The ability of a buoyant mine to remain afloat allows it to be deployed in various oceanic conditions, including rough seas. This adaptability makes it a valuable asset for naval forces looking to secure strategic waterways.Historically, the use of mines in warfare has been a double-edged sword. While they can effectively disrupt enemy operations, they also pose risks to friendly vessels and civilian shipping. The introduction of buoyant mine technology has raised concerns about maritime safety, as these mines can drift from their original deployment sites due to currents or storms. This unpredictability necessitates careful consideration and planning by military strategists.In recent years, the development of smart technology has enhanced the capabilities of buoyant mine. Modern versions may include advanced sensors and communication systems that allow them to distinguish between friend and foe. This technological advancement aims to minimize collateral damage and improve the precision of naval warfare. However, the ethical implications of deploying such weapons are still under discussion among military leaders and policymakers.Furthermore, the environmental impact of buoyant mine usage cannot be overlooked. As these mines are often made from materials that do not decompose easily, they can contribute to marine pollution if left in the ocean after conflicts. This raises important questions about the responsibility of nations to remove unexploded ordnance and mitigate environmental damage post-conflict. The challenge lies in balancing military objectives with ecological preservation.In conclusion, the buoyant mine represents a fascinating intersection of engineering, military strategy, and environmental ethics. As naval warfare continues to evolve, so too will the technologies and tactics employed by armed forces around the world. Understanding the implications of such weapons is crucial for future generations of military leaders and policymakers. The discussion surrounding buoyant mine serves as a reminder of the complexities involved in modern warfare, where the lines between victory and responsibility are often blurred.

在战争领域，术语buoyant mine指的是一种设计用于浮在水面上的海军地雷。与传统的安置在海底的地雷不同，buoyant mine可以部署在更有可能接触到目标的区域，例如敌方舰船或潜艇。buoyant mine的概念引人入胜，因为它将物理学原理与战略军事规划相结合。这些地雷可以在接触到船只时引爆，或者通过接近传感器触发，使其成为海战中的一种多功能武器。buoyant mine的设计对于其有效性至关重要。工程师必须确保地雷在浮动时保持稳定和可见，这通常涉及使用提供浮力和耐久性的材料。buoyant mine能够保持浮在水面上，使其能够在各种海洋条件下部署，包括恶劣海况。这种适应性使其成为海军力量在确保战略水道时的宝贵资产。历史上，地雷在战争中的使用一直是一把双刃剑。虽然它们可以有效地干扰敌方行动，但也对友军舰船和民用航运构成风险。buoyant mine技术的引入引发了对海事安全的担忧，因为这些地雷可能由于洋流或风暴漂移出原始部署地点。这种不可预测性需要军事战略家进行仔细考虑和规划。近年来，智能技术的发展增强了buoyant mine的能力。现代版本可能包括先进的传感器和通信系统，使它们能够区分友军和敌军。这一技术进步旨在尽量减少附带损害，提高海战的精确度。然而，部署此类武器的伦理问题仍在军事领导人和政策制定者之间讨论。此外，buoyant mine使用的环境影响也不容忽视。由于这些地雷通常由不易降解的材料制成，如果在冲突后留在海洋中，它们可能会导致海洋污染。这引发了关于各国在冲突后负责清除未爆弹药和减轻环境损害的重要问题。挑战在于平衡军事目标与生态保护。总之，buoyant mine代表了工程、军事战略和环境伦理之间一个迷人的交汇点。随着海战的不断演变，世界各地的武装力量所采用的技术和战术也将随之发展。理解这些武器的影响对于未来几代军事领导人和政策制定者至关重要。围绕buoyant mine的讨论提醒我们现代战争中涉及的复杂性，在这里，胜利和责任之间的界限往往模糊不清。