armor plating

简明释义

装甲钢板

英英释义

例句

1.In the latest upgrade, the robots received armor plating to improve their durability.

在最新的升级中，机器人获得了装甲板以提高其耐用性。

2.The spaceship is lined with armor plating to protect it from meteor impacts.

宇宙飞船内部衬有装甲板以保护其免受流星撞击。

3.They reinforced the building's exterior with armor plating for added security.

他们用装甲板加固了建筑物的外部以增强安全性。

4.The military vehicles are equipped with armor plating to protect against enemy fire.

这些军用车辆配备了装甲板以抵御敌方火力。

5.The new design includes armor plating that can withstand high-caliber bullets.

新设计包括能够承受高口径子弹的装甲板。

作文

In the world of military technology, the term armor plating refers to protective layers designed to shield vehicles and personnel from various forms of attack. This innovation has evolved significantly over the years, transforming the battlefield and enhancing the survival rates of soldiers and equipment alike. The concept of armor plating is not limited to just tanks and armored vehicles; it extends to ships, aircraft, and even personal protective gear. Understanding the importance of armor plating can provide insights into military strategies and the ongoing arms race among nations.The primary purpose of armor plating is to absorb and deflect the impact of projectiles, explosions, and other hazardous elements encountered in combat scenarios. Historically, materials such as steel were commonly used for this purpose. However, advancements in technology have led to the development of composite materials that offer superior protection while being lighter in weight. For instance, modern armored vehicles often incorporate a combination of ceramics, Kevlar, and other synthetic materials to enhance their defensive capabilities without sacrificing mobility.One of the most notable examples of armor plating in action is the use of armored tanks during World War II. These machines were equipped with thick steel plates that provided substantial protection against enemy fire. The introduction of sloped armor designs further improved their effectiveness by increasing the chance of deflecting incoming rounds. As warfare evolved, so did the designs and materials used in armor plating. Today’s military forces utilize advanced technology, such as reactive armor and active protection systems, which can detect and neutralize threats before they reach the vehicle.Beyond its application in vehicles, armor plating also plays a crucial role in naval warfare. Warships are fortified with heavy-duty plating to withstand missile strikes and underwater explosions. The construction of these vessels incorporates multiple layers of armor plating, ensuring that even if one layer is compromised, others remain intact to protect the crew and critical systems. This layered approach is vital for maintaining operational capability in hostile environments.Moreover, armor plating is essential in aviation, where military aircraft are designed to endure attacks from ground-based weapons and enemy fighters. Fighter jets may feature reinforced cockpits and wing structures made from advanced composite materials that provide both strength and reduced weight. The integration of armor plating in aircraft design is a balancing act between maintaining speed and agility while ensuring adequate protection for pilots and sensitive equipment.In addition to military applications, the concept of armor plating has found its way into civilian life, particularly in the design of security vehicles and personal protective equipment. Law enforcement agencies often utilize armored vehicles during high-risk operations, providing officers with a safe environment while they engage with potential threats. Similarly, body armor worn by police and security personnel incorporates armor plating to protect against firearms and other weapons.In conclusion, armor plating serves as a critical component of modern defense strategies across various domains. Its evolution from traditional steel plates to advanced composite materials reflects the ongoing need for enhanced protection in increasingly dangerous environments. As technology continues to advance, the future of armor plating will likely see even more innovative solutions, ensuring that those who serve on the front lines are better equipped to face the challenges of warfare. Understanding the significance of armor plating helps us appreciate the complexities of military technology and the lengths to which nations go to protect their interests and personnel.

在军事技术的世界中，术语装甲板指的是旨在保护车辆和人员免受各种攻击形式的保护层。这项创新多年来经历了显著的演变，改变了战场并提高了士兵和装备的生存率。装甲板的概念不仅限于坦克和装甲车辆；它还扩展到舰船、飞机甚至个人防护装备。理解装甲板的重要性可以提供对军事战略和国家间持续军备竞赛的见解。装甲板的主要目的是吸收和偏转弹丸、爆炸和其他在战斗场景中遇到的危险元素的冲击。历史上，钢铁等材料通常用于此目的。然而，技术的进步导致复合材料的发展，这些材料在提供优越保护的同时又轻便。例如，现代装甲车辆通常结合陶瓷、凯夫拉和其他合成材料，以增强其防御能力而不牺牲机动性。一个显著的例子是二战期间装甲坦克的使用。这些机器配备了厚钢板，为其提供了相当大的保护，抵御敌火。倾斜装甲设计的引入进一步提高了其有效性，因为它增加了偏转来袭弹药的机会。随着战争的发展，装甲板的设计和材料也随之演变。如今的军队利用先进技术，如反应装甲和主动防护系统，可以在威胁到达车辆之前探测和中和这些威胁。除了在车辆中的应用，装甲板在海军战争中也发挥着至关重要的作用。军舰被加固以承受导弹打击和水下爆炸。这些舰艇的建造包含多层装甲板，确保即使一层受到损坏，其他层仍然完好无损，以保护船员和关键系统。这种分层方法对于在敌对环境中保持作战能力至关重要。此外，装甲板在航空领域也至关重要，军事飞机设计为能够承受来自地面武器和敌方战斗机的攻击。战斗机可能配备加固的驾驶舱和由先进复合材料制成的机翼结构，既提供强度又减轻重量。在飞机设计中整合装甲板是一种平衡行为，旨在在保持速度和灵活性的同时确保对飞行员和敏感设备的充分保护。除了军事应用，装甲板的概念也进入了民用生活，尤其是在安全车辆和个人防护装备的设计中。执法机构经常在高风险行动中使用装甲车辆，为警官提供安全的环境，同时与潜在威胁进行交战。同样，警察和安全人员穿戴的防弹衣中也包含装甲板，以保护他们免受枪支和其他武器的攻击。总之，装甲板作为现代防御战略的关键组成部分，在各个领域发挥着重要作用。从传统的钢板到先进的复合材料的演变反映了在日益危险的环境中对增强保护的持续需求。随着技术的不断进步，未来的装甲板可能会看到更多创新解决方案，确保那些在前线服役的人能够更好地应对战争的挑战。理解装甲板的重要性帮助我们欣赏军事技术的复杂性以及各国为保护其利益和人员所付出的努力。