antiaircraft

简明释义

英[ˌæntɪˈeəkrɑːft]美[ˌæntiˈerkræft;ˌæntaɪˈerkræft

adj. 防空的；对空的；对付飞机的

英英释义

单词用法

同义词

反义词

例句

1.It is the key to decide and optimize antiaircraft firepower allocation of destroyer-frigate formation for making the best use of weapon abilities.

驱护舰编队防空火力分配的确定和优化是最大限度地发挥驱护舰编队的整体作战能力的关键。

2.This paper is originated from the synthesized supervisory computer embedded system, which is the subsystem of certain antiaircraft gun weapon system.

本论文来源于某型高炮武器系统的综合管理计算机系统项目。

3.In the testing of a certain antiaircraft artillery servo system, the signals needed to be measured are time-invariant signal and time-varying signal.

在某型高炮随动系统的测试中，待测信号有非时变信号和时变信号两种。

4.The antiaircraft guns opened up.

高射炮开始射击。

5.In order to adapt to training simulator of antiaircraft fire control system. The paper develops a special keyboard for training.

为了适应高炮火控系统训练模拟器(以下简称训练模拟器)的需要，研制一种适合训练使用的专用键盘。

6.In this way it can provide data on the dynamic characteristics of suppressive antiaircraft weapons.

它提供了高射压制武器的准确的动态性能数据。

7.Early Sunday, the sound of antiaircraft fire and screaming fighter jets echoed across Tripoli, punctuated by heavy explosions.

周日早些时候，的黎波里上空回旋着防空火力和战斗机的尖叫，间或有沉重的爆炸声掺杂其中。

8.The antiaircraft radar detected incoming enemy aircraft.

防空雷达探测到了来袭的敌机。

9.During the exercise, soldiers practiced operating antiaircraft guns.

在演习期间，士兵们练习操作防空炮。

10.The military deployed new antiaircraft systems to protect the base from aerial attacks.

军方部署了新的防空系统以保护基地免受空中攻击。

11.They installed antiaircraft missiles on the rooftops of important buildings.

他们在重要建筑的屋顶上安装了防空导弹。

12.The antiaircraft defense system proved effective during the conflict.

在冲突中，防空防御系统证明是有效的。

作文

In modern warfare, the importance of antiaircraft (防空) systems cannot be overstated. These systems are designed to detect, track, and destroy enemy aircraft before they can carry out their missions, which may include bombing, reconnaissance, or delivering precision strikes. As technology continues to advance, so do the tactics employed by both attackers and defenders in the skies. This ongoing evolution highlights the critical role that antiaircraft (防空) measures play in ensuring the safety and security of nations around the world.Historically, antiaircraft (防空) defenses have taken many forms, from simple anti-aircraft guns used during World War I to sophisticated missile systems utilized today. The development of radar technology significantly enhanced antiaircraft (防空) capabilities, allowing for early detection of incoming threats. For instance, during World War II, countries like Britain relied heavily on radar to defend against the Luftwaffe’s bombing campaigns. This technological edge allowed them to intercept enemy planes effectively, showcasing the strategic value of antiaircraft (防空) systems.In contemporary conflicts, the threat landscape has changed dramatically. With the proliferation of drones and advanced stealth technology, traditional antiaircraft (防空) systems face new challenges. Drones, in particular, have become a popular tool for both state and non-state actors due to their low cost and versatility. In response, military forces are investing in new antiaircraft (防空) technologies specifically designed to counter these unmanned aerial vehicles (UAVs). This includes the development of specialized radar systems and directed-energy weapons that can neutralize threats at various altitudes.Moreover, the integration of antiaircraft (防空) systems into a broader air defense network is becoming increasingly important. Modern militaries are adopting a multi-layered approach to air defense, combining antiaircraft (防空) artillery, missile systems, and electronic warfare tactics. This integrated approach allows for a more comprehensive defense strategy that can adapt to a wide range of aerial threats.The geopolitical implications of antiaircraft (防空) systems are also significant. Countries with advanced antiaircraft (防空) capabilities can project power and deter potential aggressors. For example, nations like Russia and China have invested heavily in their antiaircraft (防空) systems, creating a formidable barrier against foreign air operations. This investment not only enhances their national security but also influences regional power dynamics.Furthermore, the development and deployment of antiaircraft (防空) systems often lead to arms races, as neighboring countries feel pressured to enhance their own defenses. This cycle of escalation can contribute to tensions and instability in various regions, making diplomatic efforts crucial in managing these dynamics.In conclusion, antiaircraft (防空) systems are a vital component of national defense strategies in the modern age. As aerial threats continue to evolve, so too must the technologies and tactics used to counter them. The ongoing advancements in antiaircraft (防空) capabilities reflect the changing nature of warfare and the necessity for nations to adapt to ensure their sovereignty and security. Understanding the significance of antiaircraft (防空) systems is essential for grasping the complexities of contemporary military operations and international relations.

在现代战争中，antiaircraft（防空）系统的重要性不容小觑。这些系统旨在在敌方飞机执行任务之前，探测、跟踪并摧毁它们，这些任务可能包括轰炸、侦察或进行精确打击。随着技术的不断进步，攻击者和防御者在空中的战术也在不断演变。这种持续的演变突显了antiaircraft（防空）措施在确保世界各国安全方面所发挥的关键作用。历史上，antiaircraft（防空）防御采取了多种形式，从第一次世界大战期间使用的简单高射炮到今天利用的复杂导弹系统。雷达技术的发展显著增强了antiaircraft（防空）能力，使得能够提前探测到即将到来的威胁。例如，在第二次世界大战期间，英国高度依赖雷达来防御德国空军的轰炸行动。这一技术优势使他们能够有效拦截敌方飞机，展示了antiaircraft（防空）系统的战略价值。在当代冲突中，威胁格局发生了巨大的变化。随着无人机和先进隐形技术的普及，传统的antiaircraft（防空）系统面临新的挑战。无人机，尤其是，因其低成本和多功能性而成为国家和非国家行为者的热门工具。作为回应，军事力量正在投资于专门设计用于对抗这些无人驾驶航空器（UAV）的新antiaircraft（防空）技术。这包括开发专门的雷达系统和定向能武器，可以在不同高度中和威胁。此外，将antiaircraft（防空）系统整合到更广泛的空中防御网络中变得越来越重要。现代军队正在采用多层次的空中防御方法，结合antiaircraft（防空）炮兵、导弹系统和电子战战术。这种综合方法允许更全面的防御策略，能够适应各种空中威胁。antiaircraft（防空）系统的地缘政治影响也很显著。拥有先进antiaircraft（防空）能力的国家可以投射力量并威慑潜在的侵略者。例如，俄罗斯和中国等国家在其antiaircraft（防空）系统上进行了大量投资，形成了对外国空中行动的强大屏障。这项投资不仅增强了他们的国家安全，还影响了地区的权力动态。此外，antiaircraft（防空）系统的开发和部署往往会导致军备竞赛，因为邻国感受到增强自身防御的压力。这种升级循环可能会导致各地区的紧张局势和不稳定，因此在管理这些动态时，外交努力至关重要。总之，antiaircraft（防空）系统是现代时代国家防御战略的重要组成部分。随着空中威胁的不断演变，用于对抗这些威胁的技术和战术也必须不断发展。antiaircraft（防空）能力的持续进步反映了战争性质的变化，以及国家必须适应以确保其主权和安全的必要性。理解antiaircraft（防空）系统的重要性对于掌握当代军事行动和国际关系的复杂性至关重要。