reversed true bearing

简明释义

逆真方位

英英释义

例句

1.The pilot adjusted the flight path based on the reversed true bearing 反向真方位角 provided by air traffic control.

飞行员根据空中交通管制提供的reversed true bearing 反向真方位角调整了飞行路径。

2.Before setting sail, we checked the reversed true bearing 反向真方位角 to ensure we could retrace our steps if necessary.

在起航之前，我们检查了reversed true bearing 反向真方位角，以确保必要时能够重返原路。

3.Using a compass, we determined the reversed true bearing 反向真方位角 from our last known position to the destination.

使用指南针，我们从最后已知位置到目的地确定了reversed true bearing 反向真方位角。

4.The navigation software provides an option to display the reversed true bearing 反向真方位角 for easier route planning.

导航软件提供显示reversed true bearing 反向真方位角的选项，以便更容易进行路线规划。

5.The captain instructed the crew to calculate the reversed true bearing 反向真方位角 for the return journey to ensure they stayed on course.

船长指示船员计算返回航程的reversed true bearing 反向真方位角，以确保他们保持航向。

作文

Navigating the seas has always been a complex task, requiring both skill and knowledge. One of the fundamental concepts in navigation is understanding bearings, which are crucial for determining direction. Among these bearings, the term reversed true bearing plays a significant role. To comprehend this term, we first need to break down its components. A 'true bearing' refers to the angle measured in degrees from true north, which is the geographic north pole. This measurement is essential for sailors and aviators as it provides an accurate direction regardless of magnetic variations. However, to enhance navigational accuracy, one must also consider the reversed true bearing, which is simply the opposite direction of the true bearing. For instance, if a true bearing is 30 degrees, the reversed true bearing would be 210 degrees, as it points in the exact opposite direction on the compass.Understanding the reversed true bearing is particularly important in various scenarios, such as when navigating through busy shipping lanes or when attempting to return to a starting point. In maritime navigation, knowing how to calculate and utilize the reversed true bearing can prevent collisions and ensure safe passage. Moreover, in situations where visibility is poor, such as during fog or heavy rain, having a clear grasp of both true and reversed bearings becomes even more critical.In practical terms, calculating a reversed true bearing is straightforward. You simply add or subtract 180 degrees from the true bearing. If the result exceeds 360 degrees, you subtract 360 to find the equivalent bearing within the standard range of 0 to 360 degrees. This method allows navigators to quickly determine their reversed direction and adjust their course accordingly.The importance of the reversed true bearing extends beyond just maritime contexts; it is equally applicable in aviation. Pilots often use this concept when planning flight paths or when they need to return to a previous waypoint. By understanding the reversed true bearing, they can ensure that they are heading in the correct direction, thereby enhancing flight safety and efficiency.Furthermore, the concept of reversed true bearing is not limited to professional navigation. It can also be applied in everyday life. For example, when hiking in unfamiliar terrain, knowing how to find your way back to a specific point using the reversed true bearing can be invaluable. It teaches us that navigation is not merely about moving forward but also about understanding how to retrace our steps when necessary.In conclusion, the term reversed true bearing encapsulates a vital navigational principle that is essential for ensuring safety and accuracy in various fields, including maritime and aviation. By mastering this concept, navigators can effectively manage their routes and enhance their situational awareness. Whether at sea, in the air, or on land, the ability to calculate and utilize the reversed true bearing is a skill that can significantly improve one's navigational capabilities. As we continue to explore new frontiers, both literally and metaphorically, let us remember the importance of understanding our bearings, both true and reversed, to guide us on our journeys.

航海一直是一项复杂的任务，需要技巧和知识。导航的基本概念之一是理解方位，这对于确定方向至关重要。在这些方位中，术语反向真方位起着重要作用。要理解这个术语，我们首先需要分解它的组成部分。“真方位”是指从真北（即地理北极）测量的角度，单位为度数。这一测量对水手和飞行员至关重要，因为它提供了一个准确的方向，不受磁偏差的影响。然而，为了提高导航的准确性，还必须考虑反向真方位，它只是指与真方位相反的方向。例如，如果真方位为30度，则反向真方位为210度，因为它指向罗盘上的确切相反方向。理解反向真方位在各种情况下尤为重要，例如在繁忙的航道中导航或试图返回起点。在海上导航中，了解如何计算和利用反向真方位可以防止碰撞并确保安全通行。此外，在能见度差的情况下，例如在雾天或大雨中，清楚掌握真方位和反向方位变得更加关键。在实际操作中，计算反向真方位非常简单。您只需从真方位中加或减去180度。如果结果超过360度，则减去360，以找到标准范围内的等效方位（0到360度）。这种方法使导航员能够快速确定其反向方向并相应调整航向。反向真方位的重要性不仅限于海事环境；它在航空领域同样适用。飞行员在规划航线或需要返回之前的航点时，通常会使用这一概念。通过理解反向真方位，他们可以确保自己朝着正确的方向飞行，从而提高飞行安全性和效率。此外，反向真方位的概念并不限于专业导航。它也可以应用于日常生活中。例如，在陌生的地形中徒步旅行时，知道如何使用反向真方位找到回去的路可能是无价的。这教会我们，导航不仅仅是向前移动，还包括理解如何在必要时重新追溯我们的脚步。总之，术语反向真方位概括了一个至关重要的导航原则，对于确保海事和航空等各个领域的安全和准确性至关重要。通过掌握这一概念，导航员可以有效管理他们的航线，增强他们的情境意识。无论是在海上、空中还是陆地，计算和利用反向真方位的能力都是显著提升个人导航能力的一项技能。当我们继续探索新的前沿，无论是字面上还是隐喻上，让我们记住理解我们的方位，无论是真还是反，都是指导我们旅程的重要因素。