collision bearing

简明释义

碰撞方位

英英释义

例句

1.The captain reported that the collision bearing 碰撞方位角 of the approaching vessel was 045 degrees.

船长报告称，接近船只的碰撞方位角 碰撞方位角为045度。

2.When two ships are on a collision bearing 碰撞方位角, it is crucial to take evasive action immediately.

当两艘船处于碰撞方位角 碰撞方位角时，立即采取规避措施至关重要。

3.The officer noted the collision bearing 碰撞方位角 in the logbook for future reference.

军官在日志中记录了碰撞方位角 碰撞方位角以供将来参考。

4.The navigator adjusted the course based on the collision bearing 碰撞方位角 calculated from the other ship's position.

导航员根据从另一艘船的位置计算出的碰撞方位角 碰撞方位角调整了航向。

5.In the radar display, we need to monitor the collision bearing 碰撞方位角 to avoid any potential accidents.

在雷达显示中，我们需要监控碰撞方位角 碰撞方位角以避免任何潜在事故。

作文

In the realm of navigation, particularly in maritime and aeronautical contexts, understanding the concept of collision bearing is crucial for ensuring safety at sea and in the air. The term collision bearing refers to the direction in which a potential collision may occur between two moving objects, such as ships or aircraft. This concept is not only vital for the operators of these vehicles but also for the overall management of traffic in crowded environments. When two vessels are on a collision course, it is essential for both operators to be aware of their collision bearing. By determining this bearing, they can take appropriate actions to avoid an accident. The calculation involves understanding the relative positions and velocities of both objects. For instance, if one ship observes another approaching at a specific angle and speed, it can calculate the collision bearing to assess whether evasive maneuvers are necessary. The significance of collision bearing extends beyond immediate safety concerns; it also plays a role in legal and insurance matters. In the event of a maritime incident, the determination of collision bearing can help establish fault and liability. Investigators analyze the last known positions and bearings of both vessels to ascertain how the collision occurred and what could have been done to prevent it. Therefore, a thorough understanding of this concept is not just beneficial for operational safety but also for legal accountability.Moreover, with advancements in technology, the tools available for calculating collision bearing have become more sophisticated. Modern navigation systems utilize GPS and radar to provide real-time data about the positions and movements of nearby vessels. This technology allows operators to visualize potential collision scenarios and react swiftly. For example, Automatic Identification Systems (AIS) can alert mariners about nearby vessels and their collision bearing, significantly enhancing situational awareness.However, despite technological advancements, human factors still play a significant role in navigation. Crew training and experience are paramount in interpreting data related to collision bearing. A well-trained crew can make quick decisions that could mean the difference between a safe passage and a catastrophic accident. Thus, while technology aids in identifying collision bearing, the human element remains irreplaceable in effective navigation.In conclusion, the concept of collision bearing is a fundamental aspect of navigation that encompasses safety, legal implications, and technological advancements. Understanding and effectively managing collision bearing can prevent accidents and ensure that both air and sea traffic operate smoothly. As we continue to advance in our navigational capabilities, the importance of this concept will only grow, highlighting the need for ongoing education and training in maritime and aviation industries. Ultimately, the safety of countless lives depends on our ability to comprehend and act upon the principles surrounding collision bearing.

在导航领域，尤其是在海洋和航空环境中，理解“collision bearing”这一概念对于确保海上和空中的安全至关重要。术语“collision bearing”指的是两个移动物体（如船只或飞机）之间可能发生碰撞的方向。这个概念不仅对这些交通工具的操作员至关重要，而且对繁忙环境中交通的整体管理也至关重要。当两艘船只处于碰撞航线时，双方操作员必须意识到他们的collision bearing。通过确定这一航向，他们可以采取适当措施来避免事故。计算涉及理解两个物体的相对位置和速度。例如，如果一艘船观察到另一艘船以特定角度和速度接近，它可以计算出collision bearing来评估是否需要采取规避措施。“collision bearing”的重要性超越了直接的安全问题；它在法律和保险事务中也发挥着作用。在海事事件发生时，确定“collision bearing”可以帮助确定过错和责任。调查人员分析两艘船的最后已知位置和航向，以确定碰撞是如何发生的以及可以采取什么措施来防止碰撞。因此，全面理解这一概念不仅有利于操作安全，还有助于法律责任。此外，随着技术的进步，用于计算“collision bearing”的工具变得更加复杂。现代导航系统利用GPS和雷达提供有关附近船只位置和运动的实时数据。这项技术使操作员能够可视化潜在的碰撞场景并迅速做出反应。例如，自动识别系统（AIS）可以提醒海员有关附近船只及其collision bearing的信息，从而显著增强情境意识。然而，尽管技术进步，人为因素在导航中仍然扮演着重要角色。船员培训和经验在解释与collision bearing相关的数据时至关重要。一支训练有素的船员能够迅速做出决策，这可能意味着安全通行和灾难性事故之间的区别。因此，虽然技术有助于识别collision bearing，但人类因素在有效导航中仍然不可替代。总之，“collision bearing”的概念是导航的基本方面，涵盖了安全、法律影响和技术进步。理解和有效管理collision bearing可以防止事故，并确保空中和海上交通的顺利运行。随着我们在导航能力上的不断进步，这一概念的重要性只会增加，突显出在海事和航空行业中持续教育和培训的必要性。最终，无数生命的安全取决于我们理解和应对与collision bearing相关的原则的能力。