reciprocal bearing

简明释义

反向方位

英英释义

例句

1.The captain adjusted the course after calculating the reciprocal bearing to avoid a collision.

船长在计算了回转航向后调整了航向，以避免碰撞。

2.During the navigation training, we learned how to determine the reciprocal bearing for safe passage.

在导航训练中，我们学习了如何确定安全通行的回转航向。

3.To find the reciprocal bearing, you simply add 180 degrees to the original heading.

要找到回转航向，只需在原始航向上加180度。

4.The pilot communicated the reciprocal bearing to the air traffic control for proper flight routing.

飞行员向空中交通管制传达了回转航向以便进行适当的航线规划。

5.Understanding the reciprocal bearing is crucial for effective maritime navigation.

理解回转航向对于有效的海上导航至关重要。

作文

In the field of navigation, understanding the concept of reciprocal bearing is crucial for both sailors and aviators. The term refers to the direction from one point to another, and its reciprocal is simply the opposite direction. For example, if you are traveling from Point A to Point B at a bearing of 30 degrees, the reciprocal bearing would be 210 degrees. This concept is not only important for determining your course but also for ensuring that you can communicate effectively with others who may be navigating in the same area.The importance of reciprocal bearing can be illustrated through a practical scenario. Imagine you are on a ship and need to reach a specific destination. You set your course at a bearing of 75 degrees. This means you are moving towards your target while maintaining a clear line of sight. However, if you encounter another vessel also navigating in the area, knowing the reciprocal bearing allows you to understand their direction and take necessary precautions to avoid collisions.Moreover, the use of reciprocal bearing extends beyond just maritime navigation; it is equally vital in aviation. Pilots must be aware of their bearings as well as those of other aircraft in the vicinity. By understanding the reciprocal bearing, pilots can maintain safe distances and ensure smooth air traffic management. For instance, if an aircraft is approaching at a bearing of 120 degrees, the reciprocal bearing would be 300 degrees, indicating the direction from which it is coming. This knowledge helps in making informed decisions regarding altitude changes or course adjustments.In addition to safety, the concept of reciprocal bearing is essential for efficient navigation. When planning a route, navigators often calculate bearings to optimize travel time and fuel consumption. By considering the reciprocal bearing, they can better understand the wind patterns, currents, and other environmental factors that may affect their journey. This strategic approach not only enhances the overall experience of the voyage but also contributes to the sustainability of maritime and aerial operations.Furthermore, the educational aspect of reciprocal bearing cannot be overlooked. Training programs for aspiring navigators and pilots emphasize the significance of this concept. Through simulations and practical exercises, trainees learn to calculate bearings and their reciprocals, enabling them to navigate confidently in real-world situations. This foundational knowledge is imperative for anyone looking to pursue a career in these fields.In conclusion, the concept of reciprocal bearing is a fundamental element of navigation that plays a critical role in the safety and efficiency of maritime and aviation operations. Understanding this principle not only aids in effective communication among navigators but also enhances situational awareness. As technology continues to advance, the core principles of navigation, including reciprocal bearing, remain essential for ensuring that we can traverse our oceans and skies safely and responsibly.

在航海领域，理解相对方位的概念对水手和飞行员来说至关重要。这个术语指的是从一个点到另一个点的方向，而它的相对方向则是简单的反向。例如，如果你以30度的方位从A点航行到B点，那么相对方位将是210度。这个概念不仅对于确定你的航线很重要，而且对于确保你能够与其他可能在同一区域导航的人有效沟通也至关重要。相对方位的重要性可以通过一个实际场景来说明。想象一下你在一艘船上，需要到达一个特定的目的地。你将航线设定为75度。这意味着你正在朝着目标前进，同时保持清晰的视线。然而，如果你遇到另一艘船也在该区域航行，了解相对方位可以让你理解他们的方向，并采取必要的预防措施以避免碰撞。此外，相对方位的使用不仅限于海洋导航；在航空中同样至关重要。飞行员必须了解他们的航向以及周围其他飞机的航向。通过理解相对方位，飞行员可以保持安全距离并确保顺畅的空中交通管理。例如，如果一架飞机以120度的方位接近，那么相对方位将是300度，这表明它的来向。这种知识有助于做出有关高度变化或航向调整的明智决策。除了安全性，相对方位的概念对于高效导航也是必不可少的。在规划航线时，导航员通常会计算方位，以优化旅行时间和燃料消耗。通过考虑相对方位，他们可以更好地理解可能影响其旅程的风向、洋流和其他环境因素。这种战略方法不仅增强了航行的整体体验，还促进了海洋和航空操作的可持续性。此外，教育方面的相对方位也不容忽视。针对有抱负的导航员和飞行员的培训项目强调这一概念的重要性。通过模拟和实际练习，学员们学习如何计算方位及其相对方位，使他们能够在现实情况下自信地导航。这一基础知识对任何希望在这些领域追求职业的人来说都是必要的。总之，相对方位的概念是导航的基本元素，在海洋和航空操作的安全性和效率中发挥着关键作用。理解这个原则不仅有助于导航员之间的有效沟通，还增强了情境意识。随着技术的不断进步，导航的核心原则，包括相对方位，仍然对确保我们能够安全、负责任地穿越我们的海洋和天空至关重要。