rotating radio beacon

简明释义

旋转航标旋转无线电指向标

英英释义

例句

1.The pilot spotted a rotating radio beacon on the horizon, indicating they were close to the airport.

飞行员在地平线上看到了一个旋转无线电信标，这表明他们离机场很近。

2.The rotating radio beacon emitted a distinct sound, alerting nearby vessels of its presence.

这个旋转无线电信标发出了独特的声音，提醒附近的船只注意它的存在。

3.The aviation authority installed a new rotating radio beacon to improve flight safety in the area.

航空管理局安装了一个新的旋转无线电信标以提高该地区的飞行安全。

4.During the night, the rotating radio beacon was visible from miles away, guiding the ships to safety.

在夜间，旋转无线电信标从几英里外都能看到，引导船只安全航行。

5.Mariners rely on rotating radio beacons to navigate safely through treacherous waters.

海员依靠旋转无线电信标安全地穿越危险水域。

作文

In the vast expanse of the sky, where clouds drift lazily and the sun paints the horizon with shades of orange and pink, pilots rely on various instruments to navigate safely. One of the most crucial tools in aviation is the rotating radio beacon, a device that emits radio waves to help aircraft determine their position relative to the ground. This technology has been a cornerstone of air traffic safety for decades, guiding pilots through challenging weather conditions and ensuring they stay on course.The rotating radio beacon operates by sending out a continuous signal that can be picked up by an aircraft's receiver. As the beacon rotates, it broadcasts its identifier, allowing pilots to recognize it on their navigation equipment. This is particularly important during low visibility situations, such as fog or heavy rain, where visual cues are minimal. The reliability of the rotating radio beacon allows pilots to maintain their bearings and make informed decisions about their flight path.Historically, the development of the rotating radio beacon marked a significant advancement in aviation technology. Before its introduction, pilots relied heavily on visual landmarks and rudimentary navigation techniques. However, as air travel became more popular and routes became more complex, the need for precise navigation tools grew. The rotating radio beacon emerged as a solution, providing a consistent and reliable means of navigation.In addition to aiding pilots, the rotating radio beacon also plays a vital role in air traffic control. These beacons are strategically placed at airports and along flight paths, creating a network that enhances overall safety. Air traffic controllers can monitor the signals from these beacons to track aircraft movements and ensure safe distances between planes. This coordination is essential, especially in busy airspace where multiple flights may be operating simultaneously.Moreover, the technology behind the rotating radio beacon continues to evolve. Modern beacons are equipped with advanced features that improve their functionality. For instance, some beacons now include GPS integration, allowing for even greater accuracy in positioning. This integration not only benefits pilots but also enhances the capabilities of air traffic management systems.Despite the advancements in technology, the fundamental purpose of the rotating radio beacon remains unchanged: to provide guidance and enhance safety in the skies. Pilots still rely on these beacons as a primary source of navigational information, especially when flying in unfamiliar territories or during adverse weather conditions. The presence of a rotating radio beacon can provide peace of mind, knowing that a reliable guide is available.In conclusion, the rotating radio beacon is an indispensable tool in the realm of aviation. It has transformed the way pilots navigate the skies, contributing significantly to the safety and efficiency of air travel. As technology continues to advance, the rotating radio beacon will undoubtedly remain a vital component of aviation infrastructure, ensuring that pilots can navigate confidently and safely, no matter the circumstances they face in the air.

在辽阔的天空中，云朵懒洋洋地飘动，太阳用橙色和粉色的色调描绘着地平线，飞行员依赖各种仪器安全导航。航空中最重要的工具之一是旋转无线电信标，这是一种发射无线电波的设备，帮助飞机确定相对于地面的位置信息。这项技术几十年来一直是航空交通安全的基石，引导飞行员穿越复杂的天气条件，并确保他们保持航向。旋转无线电信标通过发送持续信号来工作，飞机的接收器可以接收到该信号。当信标旋转时，它广播其标识符，使飞行员能够在导航设备上识别它。这在能见度低的情况下尤为重要，例如雾或大雨，视觉线索极少。旋转无线电信标的可靠性使飞行员能够保持方向感，并就航线做出明智的决定。从历史上看，旋转无线电信标的发展标志着航空技术的重要进步。在其引入之前，飞行员主要依赖视觉地标和初步的导航技术。然而，随着航空旅行变得越来越普及，航线变得更加复杂，对精确导航工具的需求也在增长。旋转无线电信标应运而生，提供了一种一致且可靠的导航手段。除了帮助飞行员，旋转无线电信标在空中交通控制中也发挥着至关重要的作用。这些信标被战略性地放置在机场和航线上，创建了一个增强整体安全性的网络。空中交通控制员可以监测来自这些信标的信号，以跟踪飞机的移动并确保飞机之间的安全距离。这种协调至关重要，尤其是在繁忙的空域中，多架航班可能同时在飞行。此外，旋转无线电信标背后的技术也在不断发展。现代信标配备了先进的功能，提高了其功能性。例如，一些信标现在包括GPS集成，允许更高的定位准确性。这种集成不仅使飞行员受益，还增强了空中交通管理系统的能力。尽管技术不断进步，但旋转无线电信标的基本目的仍然没有改变：提供指导并增强空中的安全性。飞行员仍然将这些信标作为导航信息的主要来源，尤其是在飞往陌生地区或恶劣天气条件下飞行时。旋转无线电信标的存在可以带来安心，知道有一个可靠的指南可用。总之，旋转无线电信标是航空领域不可或缺的工具。它改变了飞行员在空中的导航方式，为航空旅行的安全和效率做出了重大贡献。随着技术的不断进步，旋转无线电信标无疑将继续成为航空基础设施的重要组成部分，确保飞行员无论面临何种情况都能自信、安全地导航。