azimuth alignment

简明释义

方位角调准

英英释义

例句

1.Before launching the satellite, engineers performed an azimuth alignment 方位对准 to ensure it would reach the correct orbit.

在发射卫星之前，工程师们进行了azimuth alignment 方位对准，以确保它能到达正确的轨道。

2.During the installation of the radar system, the team checked the azimuth alignment 方位对准 to optimize performance.

在雷达系统安装过程中，团队检查了azimuth alignment 方位对准以优化性能。

3.The telescope requires precise azimuth alignment 方位对准 for accurate celestial observations.

望远镜需要精确的azimuth alignment 方位对准才能进行准确的天体观测。

4.The drone's navigation system relies on accurate azimuth alignment 方位对准 to follow its planned route.

无人机的导航系统依赖于准确的azimuth alignment 方位对准来遵循其计划路线。

5.Proper azimuth alignment 方位对准 is crucial for achieving high-quality signal reception in communication systems.

适当的azimuth alignment 方位对准对于实现通信系统中的高质量信号接收至关重要。

作文

In the field of astronomy and navigation, understanding the concept of azimuth alignment is crucial. 方位对准 refers to the process of aligning an instrument or a position with respect to the azimuth, which is the angle between a reference direction (usually true north) and the point of interest in the horizontal plane. This alignment is essential for various applications, such as satellite communication, surveying, and even in certain military operations. To better grasp the significance of azimuth alignment, let us consider its application in satellite communication. When a satellite is positioned in orbit, it transmits signals to specific areas on Earth. For a receiver to effectively capture these signals, it must be accurately aligned with the satellite's azimuth. This means that the antenna must be pointed in the correct direction, ensuring that the angle formed with the reference point is precise. Failure to achieve proper azimuth alignment can result in weak signals or complete loss of communication.Similarly, in surveying, professionals rely on azimuth alignment to ensure accurate measurements. Surveyors use tools like theodolites, which require precise alignment to measure angles accurately. By establishing a baseline and aligning the instrument according to the azimuth, surveyors can determine distances and angles with high precision. This practice is vital for construction projects, land division, and mapping, where accuracy is paramount.Moreover, azimuth alignment also plays a role in military operations. In artillery, for instance, achieving the correct azimuth alignment is necessary for targeting. Artillery units must calculate the azimuth angle to ensure that their fire reaches the intended target. This involves meticulous calculations and adjustments to account for factors such as wind speed and distance. A slight error in azimuth alignment can lead to significant consequences in the field, making it a critical aspect of military strategy.In conclusion, the concept of azimuth alignment is integral to various fields, from astronomy to military operations. Its importance lies in the need for precision and accuracy in directional alignment. Whether it is capturing satellite signals, conducting surveys, or executing military maneuvers, understanding and mastering azimuth alignment is essential. As technology continues to advance, the methods and tools used for achieving this alignment will evolve, but the fundamental principles will remain the same. Thus, a strong grasp of azimuth alignment will continue to be a valuable asset in both professional and academic pursuits.

在天文学和导航领域，理解方位对准的概念至关重要。方位对准是指将仪器或位置与方位角对齐的过程，方位角是参考方向（通常是真北）与水平面上感兴趣点之间的角度。这种对准对于各种应用至关重要，例如卫星通信、测量，甚至某些军事行动。为了更好地理解方位对准的重要性，让我们考虑其在卫星通信中的应用。当卫星处于轨道中时，它向地球上的特定区域发射信号。为了使接收器有效捕捉这些信号，它必须与卫星的方位角准确对齐。这意味着天线必须指向正确的方向，确保与参考点形成的角度是精确的。如果未能实现适当的方位对准，可能会导致信号减弱或完全失去通信。同样，在测量中，专业人员依赖方位对准来确保测量的准确性。测量员使用如经纬仪等工具，这些工具需要精确对齐以准确测量角度。通过建立基线并根据方位对齐仪器，测量员可以高精度地确定距离和角度。这一做法对于建筑项目、土地划分和制图至关重要，准确性至关重要。此外，方位对准在军事行动中也发挥着作用。例如，在炮兵中，实现正确的方位对准对于瞄准是必要的。炮兵部队必须计算方位角，以确保他们的火力能够达到预期目标。这涉及到细致的计算和调整，以考虑风速和距离等因素。方位对准的微小误差可能在战场上导致重大后果，使其成为军事战略的关键方面。总之，方位对准的概念在各个领域中都是不可或缺的，从天文学到军事行动。其重要性在于需要在方向对齐中实现精确和准确。无论是捕获卫星信号、进行测量，还是执行军事动作，理解和掌握方位对准都是必不可少的。随着技术的不断进步，用于实现这种对准的方法和工具将不断发展，但基本原理将保持不变。因此，牢牢掌握方位对准将继续在职业和学术追求中成为宝贵的资产。