lock-on counter

简明释义

跟踪计数器

英英释义

例句

1.The new defense technology includes an advanced lock-on counter that confuses enemy targeting systems.

新型防御技术包括一种先进的锁定反制，可以干扰敌方的瞄准系统。

2.The missile system requires a lock-on counter to ensure it targets the right enemy aircraft.

导弹系统需要一个锁定反制装置以确保它瞄准正确的敌方飞机。

3.The lock-on counter was activated as soon as the radar detected a threat.

一旦雷达检测到威胁，锁定反制就被激活了。

4.In aerial combat, pilots often use a lock-on counter to evade incoming missiles.

在空战中，飞行员常常使用锁定反制来躲避来袭的导弹。

5.During the training exercise, soldiers practiced using the lock-on counter to protect their vehicles.

在训练演习中，士兵们练习使用锁定反制来保护他们的车辆。

作文

In the world of modern technology, especially in the field of military and defense systems, the term lock-on counter has become increasingly significant. This phrase refers to techniques or systems designed to counteract or evade targeting systems that lock onto a specific object, such as missiles or other guided munitions. Understanding the implications of lock-on counter measures is crucial for both offensive and defensive strategies in warfare.To comprehend the importance of lock-on counter systems, we must first look at how locking mechanisms work. When a missile or a weapon system locks onto a target, it uses various sensors and guidance technologies to track and follow that target with precision. This process is vital for ensuring that the weapon can successfully engage and destroy its intended target. However, the effectiveness of such systems can be compromised by countermeasures that disrupt the lock-on process.One common form of lock-on counter technology is the use of electronic warfare tactics. These tactics can involve jamming the signals used by the targeting system, thereby preventing it from maintaining a lock on the target. For instance, aircraft may deploy electronic countermeasures that emit signals to confuse enemy radar systems. This not only protects the aircraft but also complicates the enemy's targeting efforts.Another effective lock-on counter strategy is the deployment of decoys. Decoys are devices that mimic the signature of a real target, tricking the attacking weapon into locking onto them instead. This can be particularly effective against heat-seeking missiles, which may be diverted by flares that emit intense heat. By using decoys, military forces can protect their assets and reduce the risk of being hit by enemy fire.Additionally, advancements in stealth technology have provided another layer of defense against lock-on systems. Stealth aircraft, for example, are designed to minimize their radar cross-section and infrared signature, making it difficult for enemy systems to acquire and maintain a lock. This innovative approach allows for greater operational freedom and enhances survivability in hostile environments.The evolution of lock-on counter technologies reflects the ongoing arms race between offensive and defensive systems. As weapons become more sophisticated, so too must the countermeasures employed to neutralize them. This dynamic interplay highlights the necessity for continuous research and development in military technology to stay ahead of potential threats.In conclusion, the concept of lock-on counter is a vital aspect of modern warfare that encompasses various strategies and technologies aimed at evading or disrupting enemy targeting systems. From electronic warfare to decoys and stealth technology, these measures play a crucial role in protecting military assets and ensuring mission success. As we move forward, understanding and improving lock-on counter capabilities will remain a priority for defense forces worldwide, underscoring the importance of innovation in military strategy.

在现代科技的世界中，尤其是在军事和防御系统领域，术语lock-on counter变得越来越重要。这个短语指的是旨在对抗或躲避锁定特定物体的目标系统的技术或系统，例如导弹或其他制导弹药。理解lock-on counter措施的含义对于战争中的攻防策略至关重要。为了理解lock-on counter系统的重要性，我们首先需要了解锁定机制是如何工作的。当导弹或武器系统锁定目标时，它使用各种传感器和引导技术来精确跟踪和跟随该目标。这个过程对于确保武器能够成功击中并摧毁其预定目标至关重要。然而，这些系统的有效性可能会被干扰锁定过程的对策所削弱。一种常见的lock-on counter技术是使用电子战术。这些战术可能涉及干扰锁定系统所使用的信号，从而阻止其保持对目标的锁定。例如，飞机可以部署电子对抗措施，发出信号以混淆敌方雷达系统。这不仅保护了飞机，还使敌人的目标锁定工作变得复杂。另一种有效的lock-on counter策略是部署诱饵。诱饵是模拟真实目标特征的设备，欺骗攻击武器锁定它们而不是实际目标。这对于热成像导弹特别有效，这些导弹可能会被发出强烈热量的烟雾弹分散注意力。通过使用诱饵，军队可以保护他们的资产，并减少被敌火击中的风险。此外，隐形技术的进步为抵御锁定系统提供了另一个防御层。隐形飞机，例如，旨在最小化其雷达反射面积和红外特征，使敌方系统难以获取和保持锁定。这种创新方法允许在敌对环境中获得更大的作战自由，并增强生存能力。lock-on counter技术的演变反映了攻防系统之间持续的军备竞赛。随着武器变得越来越复杂，抵消它们的对策也必须不断改进。这种动态互动强调了在军事技术中持续研究和开发的必要性，以保持领先于潜在威胁。总之，lock-on counter的概念是现代战争中一个至关重要的方面，涵盖了旨在躲避或干扰敌方目标系统的各种策略和技术。从电子战到诱饵和隐形技术，这些措施在保护军事资产和确保任务成功方面发挥着关键作用。随着我们向前发展，理解和改善lock-on counter能力将始终是全球防御力量的优先事项，突显了军事战略创新的重要性。