radar blackout

简明释义

雷达信号管制

英英释义

例句

1.Engineers are working to prevent radar blackout 雷达失联 in future spacecraft designs.

工程师们正在努力防止未来航天器设计中的radar blackout 雷达失联。

2.The submarine went into a radar blackout 雷达失联 mode to avoid detection.

潜艇进入radar blackout 雷达失联模式以避免被发现。

3.After the radar blackout 雷达失联, the air traffic controllers had to rely on visual sightings.

在radar blackout 雷达失联后，空中交通管制员不得不依靠目视观察。

4.The pilot reported a radar blackout 雷达失联 when flying through the stormy weather.

飞行员在暴风雨天气中报告了一个radar blackout 雷达失联。

5.During the military operation, we experienced a radar blackout 雷达失联 due to heavy electronic jamming.

在军事行动中，由于强烈的电子干扰，我们经历了一个radar blackout 雷达失联。

作文

In the realm of aviation and military operations, the term radar blackout refers to a situation where radar systems lose the ability to detect and track objects. This phenomenon can occur for various reasons, including technical malfunctions, environmental conditions, or deliberate countermeasures employed by adversaries. Understanding radar blackout is crucial for both pilots and military strategists, as it can significantly impact mission success and safety.One of the primary causes of radar blackout is atmospheric interference. For instance, severe weather conditions such as thunderstorms can create significant disturbances in the radar signals, leading to temporary loss of detection capabilities. Pilots must be aware of these conditions and adjust their flight paths accordingly to avoid entering zones where radar blackout may occur. This awareness is not only vital for navigation but also for maintaining communication with air traffic control, which relies heavily on radar systems to monitor aircraft movements.Another factor contributing to radar blackout is the use of stealth technology in modern military aircraft. Stealth designs aim to minimize radar cross-sections, making it difficult for radar systems to detect these aircraft. While this technology provides a tactical advantage, it also raises concerns about radar blackout. If multiple stealth aircraft operate in a specific area, the radar systems may struggle to track them effectively, leading to a complete or partial radar blackout.Moreover, intentional jamming of radar signals can lead to radar blackout. In military engagements, adversaries may deploy electronic warfare tactics to disrupt radar communications and prevent enemy forces from obtaining accurate information. This tactic can create confusion on the battlefield, allowing one side to gain an upper hand while the other is left vulnerable due to the inability to detect incoming threats.The implications of radar blackout extend beyond immediate operational challenges. For instance, in commercial aviation, a radar blackout can lead to dangerous situations, especially during takeoff and landing when precise tracking is essential. If air traffic control cannot monitor an aircraft's position, it increases the risk of mid-air collisions or runway incursions. Consequently, pilots and air traffic controllers are trained to recognize potential scenarios that could lead to radar blackout and develop contingency plans to mitigate risks.In conclusion, the concept of radar blackout encompasses various factors that can hinder the detection and tracking of objects by radar systems. Whether caused by natural phenomena, technological advancements, or intentional disruption, radar blackout poses significant challenges in both military and civilian contexts. As technology continues to evolve, understanding and addressing the implications of radar blackout will remain a critical aspect of ensuring safety and effectiveness in aviation and military operations.

在航空和军事行动领域，术语雷达失联指的是雷达系统失去检测和跟踪物体能力的情况。这种现象可能由于多种原因而发生，包括技术故障、环境条件或对手采取的故意对策。理解雷达失联对于飞行员和军事战略家来说至关重要，因为它可能显著影响任务成功和安全。导致雷达失联的主要原因之一是大气干扰。例如，严重的天气条件如雷暴可能会对雷达信号造成重大干扰，从而导致暂时失去检测能力。飞行员必须意识到这些条件，并相应调整其飞行路径，以避免进入可能发生雷达失联的区域。这种意识不仅对导航至关重要，而且对于与依赖雷达系统监控飞机运动的空中交通管制保持通信也至关重要。导致雷达失联的另一个因素是现代军用飞机中隐身技术的使用。隐身设计旨在最小化雷达反射面积，使雷达系统难以探测这些飞机。虽然这项技术提供了战术优势，但也引发了对雷达失联的担忧。如果多架隐身飞机在特定区域内行动，雷达系统可能会难以有效跟踪它们，从而导致完全或部分的雷达失联。此外，有意干扰雷达信号也可能导致雷达失联。在军事交战中，对手可能部署电子战战术，以干扰雷达通信并防止敌方获得准确的信息。这一战术可以在战场上制造混乱，使一方获得上风，而另一方因无法探测到来威胁而处于脆弱状态。雷达失联的影响超出了直接的操作挑战。例如，在商业航空中，雷达失联可能导致危险情况，尤其是在起飞和着陆时，此时精确跟踪至关重要。如果空中交通管制无法监控飞机的位置，就会增加空中碰撞或跑道入侵的风险。因此，飞行员和空中交通管制员接受了识别可能导致雷达失联的潜在场景的培训，并制定应急计划以降低风险。总之，雷达失联的概念涵盖了多种因素，这些因素可能阻碍雷达系统对物体的检测和跟踪。无论是由于自然现象、技术进步还是故意干扰，雷达失联在军事和民用领域都带来了重大挑战。随着技术的不断发展，理解和解决雷达失联的影响将始终是确保航空和军事行动安全和有效性的关键方面。