relative bearing

简明释义

相对方位

英英释义

例句

1.The relative bearing 相对方位角 helps sailors understand their position relative to other objects on the water.

相对方位角 相对方位角 帮助水手理解他们相对于水上其他物体的位置。

2.In aviation, pilots often use relative bearing 相对方位角 to navigate towards their destination.

在航空中，飞行员经常使用 相对方位角 相对方位角 来导航到目的地。

3.The captain instructed the crew to maintain a steady course at a relative bearing 相对方位角 of 45 degrees to the approaching vessel.

船长指示船员将航向保持在与接近的船只的 相对方位角 相对方位角 45度。

4.Using radar, we can determine the relative bearing 相对方位角 of other boats in the vicinity.

通过雷达，我们可以确定附近其他船只的 相对方位角 相对方位角 。

5.The navigator reported that the lighthouse was at a relative bearing 相对方位角 of 30 degrees from our current position.

导航员报告说，灯塔在我们当前位置的 相对方位角 相对方位角 为30度。

作文

Navigating through the vast ocean is no easy task, especially for sailors who rely on traditional methods to find their way. One of the essential concepts in navigation is the idea of relative bearing, which refers to the direction of an object or landmark as observed from a moving vessel. Unlike absolute bearing, which is measured from true north, relative bearing is measured from the bow of the boat. This concept is crucial for sailors to understand as it helps them determine their position relative to other vessels or navigational aids. To illustrate the importance of relative bearing, consider a scenario where a sailor is navigating through busy waters. The sailor spots another ship approaching from the right side. By determining the relative bearing of that ship, the sailor can decide whether to alter course to avoid a collision. For instance, if the relative bearing is 30 degrees to the right, the sailor knows that the other ship is coming at an angle that requires immediate action. Understanding relative bearing also plays a significant role in tactical maneuvers during sailing competitions. Competitors must constantly be aware of their surroundings and the positions of their rivals. By calculating the relative bearing of other boats, they can make strategic decisions about when to accelerate or change direction. This knowledge not only enhances their performance but also ensures safety on the water. Moreover, the concept of relative bearing extends beyond just maritime navigation. It is applicable in various fields such as aviation and military operations. Pilots use relative bearing to communicate the position of other aircraft in relation to their own. Similarly, military personnel employ this concept to coordinate movements and strategies during missions. In summary, relative bearing is a fundamental principle in navigation that allows sailors, pilots, and military personnel to understand their position concerning other objects. By mastering this concept, individuals can enhance their situational awareness and make informed decisions while navigating through complex environments. As technology continues to advance, understanding traditional navigation methods like relative bearing remains vital for safety and efficiency on the water and in the air. Whether you are an experienced sailor or just starting, grasping the significance of relative bearing will undoubtedly improve your navigational skills and confidence.

在浩瀚的海洋中航行并非易事，尤其是对于依赖传统方法找到方向的水手来说。导航中的一个基本概念是相对方位角，它指的是从移动船只观察到的物体或地标的方向。与从真北测量的绝对方位角不同，相对方位角是从船头测量的。理解这一概念对水手来说至关重要，因为它帮助他们确定自己相对于其他船只或导航辅助设备的位置。为了说明相对方位角的重要性，考虑一个水手在繁忙水域航行的场景。水手在右侧发现另一艘船正在接近。通过确定该船的相对方位角，水手可以决定是否改变航向以避免碰撞。例如，如果相对方位角是右侧30度，水手就知道另一艘船正以需要立即采取行动的角度驶来。理解相对方位角在帆船比赛中的战术操作中也发挥着重要作用。竞争者必须时刻关注周围环境和对手的位置。通过计算其他船只的相对方位角，他们可以做出关于何时加速或改变方向的战略决策。这种知识不仅提升了他们的表现，还确保了在水上的安全。此外，相对方位角的概念超越了海上导航，适用于航空和军事行动等多个领域。飞行员利用相对方位角来传达其他飞机相对于自己的位置。同样，军事人员在任务中也使用这一概念来协调运动和策略。总而言之，相对方位角是导航中的一个基本原则，使水手、飞行员和军事人员能够理解自己相对于其他物体的位置。通过掌握这一概念，个人能够增强自身的情境意识，并在复杂环境中做出明智的决策。随着科技的不断进步，理解传统导航方法如相对方位角仍然对水上和空中的安全与效率至关重要。无论你是经验丰富的水手还是刚起步，掌握相对方位角的重要性无疑会提高你的导航技能和自信心。