armor piercing

简明释义

穿甲的

英英释义

例句

1.In video games, players often prefer armor piercing weapons for their ability to bypass defenses.

在视频游戏中，玩家通常喜欢穿甲武器，因为它们能够绕过防御。

2.The military developed new armor piercing ammunition to enhance the effectiveness of their tanks.

军方开发了新的穿甲弹药，以增强坦克的有效性。

3.The police were equipped with armor piercing bullets to deal with heavily armed criminals.

警方配备了穿甲子弹，以应对重型武装的犯罪分子。

4.The sniper used armor piercing rounds to take out the enemy's armored vehicle.

狙击手使用穿甲子弹摧毁敌方的装甲车。

5.Some hunting rifles are designed to fire armor piercing projectiles for large game.

一些猎枪被设计为发射穿甲弹头，以猎捕大型猎物。

作文

In the realm of military technology, the term armor piercing refers to a specific type of ammunition designed to penetrate armored targets, such as tanks or fortified structures. The development of armor piercing munitions has significantly evolved over the decades, driven by the need for effective weaponry in modern warfare. Unlike conventional bullets, which may ricochet off hard surfaces, armor piercing rounds are engineered with special materials and shapes that enhance their ability to breach protective layers. This capability is crucial for military forces around the world, as it allows them to neutralize threats posed by heavily armored adversaries.The origins of armor piercing ammunition can be traced back to World War I, when advancements in armor technology led to the creation of more robust vehicles on the battlefield. As tanks became increasingly prevalent, so too did the necessity for weapons that could effectively counteract their defenses. Initially, soldiers relied on larger caliber guns and explosive shells, but these options were often impractical in many combat situations. Thus, the quest for smaller, more efficient armor piercing projectiles began.By World War II, the development of armor piercing ammunition had made significant strides. Various nations introduced specialized rounds that utilized hardened steel or tungsten cores to maximize penetration capabilities. For instance, the German military's use of the Panzerfaust, a portable anti-tank weapon, exemplified the effectiveness of armor piercing technology during this era. The design allowed infantry soldiers to engage armored vehicles effectively, leveling the playing field against mechanized divisions.In contemporary warfare, the importance of armor piercing ammunition remains undiminished. Modern conflicts often involve urban settings where armored vehicles play a vital role in troop mobility and protection. As such, military strategists continuously seek innovations in armor piercing technology to maintain an edge over adversaries. Advances in materials science have led to the creation of composite and advanced ceramic materials that further enhance the performance of these munitions.However, the use of armor piercing ammunition is not without controversy. Critics argue that such weapons can lead to excessive destruction and civilian casualties, especially in densely populated areas. The ethical implications of deploying armor piercing rounds in urban warfare raise questions about the balance between military effectiveness and humanitarian considerations. As a result, international regulations and conventions have been established to govern the use of such munitions, ensuring that they are employed responsibly and judiciously.In conclusion, the term armor piercing encapsulates a critical aspect of modern military strategy and technology. Its historical evolution reflects the ongoing arms race between offensive and defensive capabilities on the battlefield. As nations continue to invest in research and development, the future of armor piercing ammunition will likely see further innovations aimed at enhancing effectiveness while addressing the ethical challenges associated with their use. Understanding the nuances of armor piercing technology is essential for comprehending the complexities of contemporary warfare and the ongoing efforts to achieve a balance between military necessity and humanitarian values.

在军事技术领域，术语armor piercing指的是一种专门设计用于穿透装甲目标（如坦克或坚固建筑物）的弹药。随着现代战争对有效武器的需求不断增加，armor piercing弹药的发展已经显著演变。与传统子弹不同，传统子弹可能会在坚硬表面上反弹，armor piercing弹药则采用特殊材料和形状，以增强其突破保护层的能力。这种能力对于世界各国的军事力量至关重要，因为它使他们能够消除重装甲对手所带来的威胁。armor piercing弹药的起源可以追溯到第一次世界大战，当时装甲技术的进步导致战场上出现了更强大的车辆。随着坦克的日益普及，制造能够有效应对其防御的武器的必要性也随之增加。最初，士兵们依赖于更大口径的炮弹和爆炸弹，但这些选择在许多战斗情况下往往不切实际。因此，寻找更小、更高效的armor piercing子弹的探索开始了。到第二次世界大战时，armor piercing弹药的发展取得了显著进展。各国推出了利用硬化钢或钨芯的专业弹药，以最大化穿透能力。例如，德国军队使用的Panzerfaust便是这一时代armor piercing技术有效性的典范。这种设计使步兵能够有效地对抗装甲车辆，使机械化部队的战斗力得以平衡。在当代战争中，armor piercing弹药的重要性依然未减。现代冲突往往涉及城市环境，其中装甲车辆在部队机动和保护中扮演着重要角色。因此，军事战略家们不断寻求在armor piercing技术上的创新，以保持相对于对手的优势。材料科学的进步促使复合材料和先进陶瓷材料的研发，这进一步提升了这些弹药的性能。然而，使用armor piercing弹药并非没有争议。批评者认为，这类武器可能导致过度破坏和民众伤亡，尤其是在密集的人口地区。在城市战争中部署armor piercing弹药的伦理影响引发了关于军事有效性与人道主义考量之间平衡的问题。因此，国际法规和公约已被建立，以规范此类弹药的使用，确保其负责任和明智地使用。总之，术语armor piercing概括了现代军事战略和技术的一个关键方面。其历史演变反映了战场上攻防能力之间持续的军备竞赛。随着各国继续投资于研发，未来的armor piercing弹药可能会看到进一步的创新，旨在提高有效性，同时解决与其使用相关的伦理挑战。理解armor piercing技术的细微差别对于理解当代战争的复杂性以及实现军事必要性与人道价值之间平衡的持续努力至关重要。