antiradiation missile

简明释义

反雷达导弹

英英释义

例句

1.During the exercise, pilots practiced launching the antiradiation missile against simulated air defense targets.

在演习中，飞行员练习对模拟的防空目标发射反辐射导弹。

2.The effectiveness of the antiradiation missile was demonstrated in recent military operations.

在最近的军事行动中，反辐射导弹的有效性得到了验证。

3.Engineers are developing a new version of the antiradiation missile with improved guidance systems.

工程师们正在开发新版本的反辐射导弹，以改进制导系统。

4.The antiradiation missile can track and destroy enemy radar installations from a safe distance.

反辐射导弹可以从安全距离追踪并摧毁敌方雷达设施。

5.The military deployed the antiradiation missile to neutralize enemy radar systems.

军方部署了反辐射导弹以中和敌方雷达系统。

作文

The evolution of warfare has led to the development of numerous advanced technologies, one of which is the antiradiation missile. These missiles play a crucial role in modern military operations by targeting enemy radar and communication systems. Understanding the significance of the antiradiation missile requires an exploration of its purpose, functionality, and impact on contemporary combat scenarios.Firstly, it is essential to define what an antiradiation missile is. Essentially, these are specialized weapons designed to home in on the electromagnetic radiation emitted by enemy radar installations. When launched, they seek out and destroy these systems, thereby blinding the enemy's ability to detect incoming aircraft or missiles. This capability not only protects friendly forces but also allows for more effective offensive operations.The operational principle behind the antiradiation missile is relatively straightforward. Upon launch, these missiles utilize sophisticated guidance systems that can detect radar signals. Once they lock onto a target, they follow the signal to its source, ensuring a high probability of destruction. This technology has evolved significantly over the years, with modern versions incorporating advanced features such as stealth capabilities and improved accuracy.The deployment of antiradiation missiles has changed the dynamics of air warfare. In the past, air superiority was often achieved through sheer numbers and traditional dogfighting tactics. However, with the introduction of these missiles, the focus has shifted towards electronic warfare and suppression of enemy air defenses. By neutralizing radar systems, military forces can operate with greater freedom and effectiveness in contested environments.Moreover, the strategic implications of using antiradiation missiles extend beyond immediate battlefield advantages. The mere presence of these weapons can deter adversaries from deploying their radar systems, knowing that they could be targeted swiftly and decisively. This psychological aspect plays a significant role in modern military strategy, as it influences how nations prepare for and engage in conflicts.In addition to their tactical advantages, antiradiation missiles also raise ethical and legal questions. The potential for collateral damage exists, particularly if these missiles inadvertently affect civilian infrastructure or lead to unintended casualties. As with any weapon system, the responsibility lies with military leaders to ensure that such tools are used judiciously and in accordance with international law.In conclusion, the antiradiation missile represents a significant advancement in military technology, offering both tactical and strategic benefits in modern warfare. Its ability to disable enemy radar systems enhances the effectiveness of air operations and alters the landscape of combat. However, as with all powerful weapons, it is imperative that their use is governed by strict ethical considerations to minimize harm to non-combatants. The future of warfare will likely see further innovations in this area, making the understanding of antiradiation missiles increasingly important for military professionals and analysts alike.

随着战争的发展，许多先进技术应运而生，其中之一就是反辐射导弹。这些导弹在现代军事行动中发挥着至关重要的作用，专门用于打击敌方的雷达和通信系统。理解反辐射导弹的重要性需要探讨其目的、功能和对当代战斗场景的影响。首先，必须定义什么是反辐射导弹。本质上，这些是专门设计用来捕捉敌方雷达发出的电磁辐射的武器。当发射时，它们寻求摧毁这些系统，从而使敌人无法探测到来袭的飞机或导弹。这种能力不仅保护友军部队，还允许更有效的进攻行动。反辐射导弹的操作原理相对简单。发射后，这些导弹利用复杂的制导系统检测雷达信号。一旦锁定目标，它们就会跟踪信号源，确保高概率的摧毁。这项技术多年来经历了显著的演变，现代版本还结合了隐身能力和提高的精确度等先进特性。反辐射导弹的部署改变了空战的动态。在过去，空中优势通常通过数量优势和传统的空战战术来实现。然而，随着这些导弹的引入，重点已转向电子战和压制敌方空中防御。通过中和雷达系统，军事力量可以在争夺环境中更自由、更有效地行动。此外，使用反辐射导弹的战略意义超出了即时战场优势。这些武器的存在本身就可以威慑对手，不敢轻易部署其雷达系统，因为他们知道这些系统可能会迅速而果断地成为目标。这种心理层面的因素在现代军事战略中起着重要作用，因为它影响着国家如何准备和参与冲突。除了战术优势外，反辐射导弹还引发了伦理和法律问题。潜在的附带损害是存在的，特别是如果这些导弹无意中影响到平民基础设施或导致意外伤亡。与任何武器系统一样，军事领导者有责任确保这些工具的使用是谨慎的，并符合国际法。总之，反辐射导弹代表了军事技术的重大进步，在现代战争中提供了战术和战略上的优势。它能够削弱敌方雷达系统，提高空中作战的有效性，并改变战斗的格局。然而，正如所有强大武器一样，其使用必须受到严格伦理考虑的约束，以尽量减少对非战斗人员的伤害。未来的战争可能会在这一领域看到更多的创新，使得对反辐射导弹的理解对军事专业人员和分析师来说变得越来越重要。