submunition

简明释义

英[sʌbˈmʌnɪʃən]美[sʌbˈmʌnɪʃən]

子母弹

英英释义

单词用法

同义词

反义词

例句

1.The dynamics model of parachute-munition system is used to analyze the motion characters of submunition under the effect of wind gust, and the calculation model of projective point is presented.

利用伞-弹系统动力学模型，从工程应用的角度出发，分析了阵风小扰动作用下，子弹姿态的运动特性，并以此为基础给出了末修子弹弹下点的计算模型。

2.This article is the third section to analysis effectiveness of the damage submunition against aircraft carrier.

是子母弹对航空母舰毁伤效果分析的第三部分。

3.By using Particle Swarm Optimization (PSO), a model was built up for calculating the optimum dispersion height of intrusive submunition dispenser, and mathematical simulation was carried out.

利用粒子群的优化算法，建立侵彻子母弹最佳抛撒高度的求解模型，并进行了仿真计算。

4.The result indicates that the damage effect of penetration submunition equipping the programmable electron time fuze meet the design requirement of undamaged areas of aerodrome runway.

结果表明，由配用可编程电子时间引信的侵彻子弹毁伤效果满足跑道未受损面积设计要求。

5.The structure principle of three line pendulum can be used to measure the moment of inertia of small missiles, submunition, aeroplane model and other structural members.

利用三线摆的结构原理可以测量小型弹箭、子弹头、飞机模型及其他构件的惯性矩。

6.The dynamics model of parachute-munition system is used to analyze the motion characters of submunition under the effect of wind gust, and the calculation model of projective point is presented.

利用伞-弹系统动力学模型，从工程应用的角度出发，分析了阵风小扰动作用下，子弹姿态的运动特性，并以此为基础给出了末修子弹弹下点的计算模型。

7.This is the second section about damage effectiveness analysis of aircraft carrier under the attacking of submunition.

这是子母弹对航空母舰毁伤效果分析的第二部分。

8.The military deployed a new type of submunition 子弹 that can target multiple locations simultaneously.

军方部署了一种新型的submunition 子弹，能够同时瞄准多个位置。

9.During the exercise, the soldiers practiced the deployment of submunitions 子弹 in various terrains.

在演习中，士兵们在不同地形中练习了submunitions 子弹的投放。

10.Engineers are developing smarter submunitions 子弹 that can adapt to changing battlefield conditions.

工程师们正在开发更智能的submunitions 子弹，可以适应不断变化的战场条件。

11.The use of submunitions 子弹 has raised concerns about civilian safety in conflict zones.

在冲突地区使用submunitions 子弹引发了对平民安全的担忧。

12.The report highlighted the effectiveness of submunitions 子弹 in precision strikes.

报告强调了submunitions 子弹在精确打击中的有效性。

作文

The term submunition refers to a type of explosive device that is designed to be deployed from a larger munition, such as a bomb or missile. These smaller explosives can take various forms, including grenades, cluster bombs, and even smaller projectiles, which are released in order to increase the area of effect during an attack. The use of submunition has been a topic of considerable debate due to its implications for civilian safety and the potential for unexploded ordnance. In modern warfare, the strategic deployment of submunition can provide significant tactical advantages, allowing military forces to target multiple enemy positions with a single strike. However, the consequences of using such weapons extend beyond the battlefield, as they can pose long-term dangers to civilian populations, particularly in post-conflict scenarios.The history of submunition dates back to World War II, when military strategists began to recognize the effectiveness of delivering multiple smaller explosives over a wide area. This innovation led to the development of cluster munitions, which release numerous submunitions upon detonation. While these weapons can be effective in achieving military objectives, they have also raised ethical concerns regarding their impact on non-combatants. Many countries have since moved to ban or restrict the use of cluster munitions due to the high likelihood of leaving behind unexploded devices that can injure or kill civilians long after conflicts have ended.In addition to ethical considerations, the use of submunition raises questions about international law and the responsibility of nations to protect civilian lives. The Convention on Cluster Munitions, adopted in 2008, aims to address these issues by prohibiting the use, production, and transfer of cluster munitions. This treaty reflects a growing recognition of the need to balance military effectiveness with humanitarian concerns. As nations continue to grapple with the implications of submunition use, it is essential to foster dialogue around the responsible development and deployment of such weapons.Furthermore, advancements in technology have led to the development of more precise submunitions, which aim to minimize collateral damage. Precision-guided munitions (PGMs) are designed to hit specific targets with greater accuracy, reducing the risk of unintended harm to civilians. However, the existence of PGMs does not eliminate the risks associated with submunition use, as even the most advanced systems can fail or misfire. Therefore, it is crucial for military planners to consider the potential consequences of deploying submunition in any operation.In conclusion, while submunition can offer significant tactical benefits in military operations, the ethical, legal, and humanitarian implications of their use cannot be overlooked. As the international community continues to address the challenges posed by such weapons, it is vital to prioritize the protection of civilian lives and work towards solutions that minimize the risks associated with submunition. Only through a comprehensive approach that considers both military effectiveness and humanitarian impact can we hope to navigate the complexities of modern warfare responsibly.

术语submunition指的是一种爆炸装置，旨在从更大的弹药（如炸弹或导弹）中发射。这些较小的爆炸物可以采取多种形式，包括手榴弹、集束炸弹，甚至更小的弹丸，释放这些爆炸物是为了在攻击期间增加影响范围。使用submunition一直是一个备受争议的话题，因为它对平民安全的影响以及未爆炸弹药的潜在风险。在现代战争中，战略性地部署submunition可以提供显著的战术优势，使军事力量能够通过一次打击瞄准多个敌方位置。然而，使用这种武器的后果超出了战场，因为它们可能对平民人口构成长期危险，特别是在冲突后的情境中。submunition的历史可以追溯到第二次世界大战，当时军事战略家开始认识到在广泛区域内投放多种较小爆炸物的有效性。这一创新导致了集束弹药的发展，这些弹药在引爆时释放出大量的submunitions。虽然这些武器在实现军事目标方面可能有效，但它们也引发了有关对非战斗人员影响的伦理担忧。许多国家随后开始禁止或限制使用集束弹药，因为它们极有可能留下未爆炸的装置，这些装置可能在冲突结束后伤害或杀死平民。除了伦理考虑外，使用submunition还引发了关于国际法和各国保护平民生命责任的问题。2008年通过的《集束弹药公约》旨在通过禁止使用、生产和转让集束弹药来解决这些问题。这项条约反映了对平衡军事有效性与人道主义关切的日益认识。随着各国继续努力应对使用submunition所带来的挑战，促进关于负责任的发展和部署此类武器的对话至关重要。此外，技术的进步导致了更精确的submunitions的发展，旨在尽量减少附带损害。精确制导弹药（PGM）旨在以更高的准确性击中特定目标，从而减少对平民的意外伤害风险。然而，即使是最先进的系统也可能失败或误射，因此军事规划者在任何行动中考虑部署submunition的潜在后果至关重要。总之，虽然submunition在军事行动中可以提供显著的战术好处，但其使用的伦理、法律和人道主义影响不能被忽视。随着国际社会继续应对此类武器带来的挑战，优先保护平民生命并朝着减少与submunition相关风险的解决方案努力至关重要。只有通过全面的方法，既考虑军事有效性又考虑人道影响，我们才能希望负责任地应对现代战争的复杂性。