antimissile

简明释义

英[ˌæntɪˈmɪsaɪl]美[ˌæntɪˈmɪsəl]

adj. 反导弹的

n. 反导弹

英英释义

单词用法

同义词

反义词

例句

1.Acording to the characteristic of single ship antimissile weapon system, the evaluation model of single ship antimissile operational capability is established.

根据单舰反导武器系统的特点，建立了单舰在遭受单发导弹攻击和多发导弹攻击情况下的反导作战能力评估模型。

2.Flying simulated drone of skimming sea missile is one of the important drone to complete short range antimissile warship gun weapon system development test and equipment adopt.

掠海导弹飞行模拟靶标是完成近程反导舰炮武器系统研制试验及装备交验所必须的重要靶标之一。

3.The task for air defense and antimissile guided missile is more and more difficult because mass precision guided munitions (PGM) is used on seat of war.

由于精确制导武器在战场上的大量使用，防空反导的任务将比现在更加艰巨。

4.The Italian Navy, though facing the same problem as the Royal Navy, has developed a totally different philosophy regarding last-ditch antimissile defense.

虽然意大利海军面临着和皇家海军同样的问题，但其对末段反导防御却持有完全不同的观点。

5.The military is expanding its antimissile defence system.

军方正在扩大其反导弹防御系统。

6.Secondly the paper synthetically evaluates India army's ability of air defence and antimissile, by analysing the strong and weakness of India army's ability of air defence and antimissile.

然后通过分析印军防空反导能力的强点和弱点，对印军的防空反导能力做了综合评价。

7.The government allocated funds for upgrading its antimissile defense infrastructure.

政府拨款用于升级其反导防御基础设施。

8.Countries around the world are investing in antimissile technologies to enhance their security.

世界各国都在投资于反导技术，以增强其安全性。

9.The military has developed new antimissile technology to protect the city from potential attacks.

军方开发了新的反导技术，以保护城市免受潜在攻击。

10.During the defense conference, experts discussed the effectiveness of antimissile systems in modern warfare.

在国防会议上，专家们讨论了反导系统在现代战争中的有效性。

11.The recent missile tests have prompted discussions on improving antimissile capabilities.

最近的导弹试验引发了关于改善反导能力的讨论。

作文

In today's world, the threat of missile attacks has become a pressing concern for many nations. As geopolitical tensions rise and conflicts emerge, countries are investing heavily in defense technologies to protect their citizens and sovereignty. One crucial aspect of this defense strategy is the development of antimissile systems, which are designed to detect, track, and intercept incoming missiles before they can cause harm. The effectiveness of these systems can significantly alter the balance of power in international relations and provide a sense of security to nations under threat.The concept of antimissile technology is not new; it has evolved over several decades. Initially, early warning systems were developed during the Cold War to detect enemy missile launches. However, with advancements in technology, modern antimissile systems have become more sophisticated, incorporating radar, satellite tracking, and advanced interception capabilities. For instance, the United States has invested in systems like the Ground-based Midcourse Defense (GMD) and Aegis Ballistic Missile Defense, which aim to intercept missiles during their flight phases.Countries like Israel have also made significant strides in antimissile technology with systems such as the Iron Dome, which successfully intercepts short-range threats. This has not only provided a shield for civilians but has also changed the strategic calculus of adversaries, who must now consider the potential for their attacks to be thwarted.However, the deployment of antimissile systems is not without controversy. Critics argue that these technologies can create a false sense of security, leading to an arms race as nations strive to outdo each other in missile defense capabilities. Additionally, the high costs associated with developing and maintaining these systems can divert funds from other essential areas, such as education and healthcare.Moreover, there are concerns about the effectiveness of antimissile systems. While they may successfully intercept some missiles, no system is foolproof. The possibility of multiple simultaneous attacks or the use of decoys can overwhelm even the most advanced defenses. This reality raises questions about the ultimate reliability of these systems and their ability to protect against all types of missile threats.Furthermore, the international community must grapple with the implications of widespread antimissile deployments. Nations may feel compelled to develop their own missile capabilities in response, leading to increased tensions and instability. Diplomatic efforts to promote disarmament and non-proliferation must continue alongside the development of missile defense technologies to ensure a balanced approach to global security.In conclusion, the evolution of antimissile technology represents both a significant advancement in defense capabilities and a complex challenge for international relations. As nations navigate the delicate balance between security and diplomacy, the role of antimissile systems will undoubtedly remain a topic of discussion and debate. Ultimately, while these systems offer a layer of protection, they should not replace comprehensive strategies that address the root causes of conflict and promote peace among nations.

在当今世界，导弹袭击的威胁已成为许多国家面临的紧迫问题。随着地缘政治紧张局势的加剧和冲突的出现，各国正在大量投资防御技术，以保护其公民和主权。这一防御战略的一个关键方面是开发反导系统，这些系统旨在在来袭导弹造成伤害之前，检测、跟踪和拦截它们。这些系统的有效性可以显著改变国际关系中的力量平衡，并为面临威胁的国家提供安全感。反导技术的概念并不新颖；它已经发展了数十年。最初，在冷战期间，早期预警系统被开发出来，以检测敌方导弹发射。然而，随着技术的进步，现代反导系统变得更加复杂，结合了雷达、卫星跟踪和先进的拦截能力。例如，美国在地面中段防御（GMD）和Aegis弹道导弹防御等系统上进行了投资，旨在在导弹飞行阶段进行拦截。以色列等国家在反导技术方面也取得了重大进展，拥有如铁穹（Iron Dome）这样的系统，成功拦截短程威胁。这不仅为平民提供了保护，也改变了对手的战略计算，他们现在必须考虑攻击可能被挫败的潜在性。然而，部署反导系统并非没有争议。批评者认为，这些技术可能会造成一种虚假的安全感，导致各国在导弹防御能力上相互竞争，形成军备竞赛。此外，开发和维护这些系统的高昂成本可能会将资金从其他重要领域（如教育和医疗保健）转移开。此外，人们还对反导系统的有效性表示担忧。虽然它们可能成功拦截某些导弹，但没有任何系统是万无一失的。多次同时攻击或使用诱饵的可能性可能会压倒即使是最先进的防御系统。这种现实引发了对这些系统最终可靠性的质疑，以及它们保护所有类型导弹威胁的能力。此外，国际社会必须应对广泛部署反导系统的影响。各国可能会感到有必要开发自己的导弹能力，以应对这一情况，导致紧张局势和不稳定性增加。在开发导弹防御技术的同时，促进裁军和不扩散的外交努力必须继续，以确保全球安全的平衡方法。总之，反导技术的发展代表了防御能力的重大进步，同时也是国际关系中的复杂挑战。随着各国在安全和外交之间微妙的平衡中航行，反导系统的角色无疑将继续成为讨论和辩论的话题。最终，尽管这些系统提供了一层保护，但它们不应取代解决冲突根源和促进国家间和平的综合战略。