closest point of approach

简明释义

预计相遇最近点

英英释义

例句

1.In robotics, understanding the closest point of approach 最接近接触点 is crucial for programming safe movement paths.

在机器人技术中，理解 最接近接触点 closest point of approach 对于编程安全的移动路径至关重要。

2.In a naval exercise, the ships were instructed to maintain a safe distance until they reached the closest point of approach 最接近接触点 for the drill.

在海军演习中，舰艇被指示保持安全距离，直到它们到达 最接近接触点 closest point of approach 进行演练。

3.During the flight, the pilot calculated the closest point of approach 最接近接触点 to avoid any potential collision with another aircraft.

在飞行过程中，飞行员计算了 最接近接触点 closest point of approach 以避免与另一架飞机发生潜在碰撞。

4.Astronomers often calculate the closest point of approach 最接近接触点 of asteroids to Earth to assess potential impact risks.

天文学家经常计算小行星与地球的 最接近接触点 closest point of approach 以评估潜在的撞击风险。

5.The automated system is designed to alert the driver when the vehicle is nearing the closest point of approach 最接近接触点 to another car.

该自动系统旨在提醒驾驶员，当车辆接近 最接近接触点 closest point of approach 时，另一辆车的距离。

作文

In the realm of navigation and maritime safety, the term closest point of approach plays a crucial role in ensuring that vessels maintain safe distances from one another. The closest point of approach refers to the minimum distance at which two ships will pass each other during their respective voyages. Understanding this concept is vital for preventing collisions and ensuring the safety of all those on board. As ships traverse the vast oceans, they often find themselves on converging paths with other vessels. In such scenarios, it becomes imperative for ship captains and navigators to calculate the closest point of approach to determine whether adjustments need to be made to their courses. This calculation involves taking into account several factors, including the speed and direction of both ships, as well as environmental conditions such as wind and currents. For instance, imagine two ships sailing towards each other in open waters. Ship A is traveling north at a speed of 15 knots, while Ship B is heading south at 10 knots. The navigators on both ships must communicate effectively to ascertain the closest point of approach. By plotting their courses on a nautical chart and using radar technology, they can predict when and where they will be closest to each other. If the calculated closest point of approach indicates a dangerously close distance, one or both ships may need to alter their routes to avoid a potential collision. Moreover, the closest point of approach is not only relevant in maritime contexts but also extends to aviation. Pilots utilize similar principles when navigating through crowded airspaces. Air traffic controllers monitor the positions and trajectories of aircraft to ensure that they maintain safe distances from one another. The concept of closest point of approach assists in managing air traffic efficiently, allowing for safe takeoffs, landings, and in-flight maneuvers. In addition to practical applications, the closest point of approach serves as a metaphor in various aspects of life. It can represent the critical moments in relationships where two individuals come close to understanding each other but may still be at risk of misunderstanding or conflict. In such instances, recognizing the closest point of approach can help individuals navigate their interactions more thoughtfully, fostering better communication and connection. In conclusion, the term closest point of approach encompasses both technical and metaphorical significance. Whether in maritime navigation, aviation, or personal relationships, understanding and calculating this point can lead to safer and more harmonious outcomes. As we continue to explore the complexities of our interactions with one another and the world around us, the concept of closest point of approach remains an essential tool for navigating our journeys with care and consideration.

在导航和海上安全领域，术语最近接近点发挥着至关重要的作用，以确保船只之间保持安全距离。最近接近点是指两艘船在各自航行过程中将彼此经过的最小距离。理解这一概念对于防止碰撞和确保所有船员的安全至关重要。当船只在广阔的海洋中航行时，它们常常发现自己与其他船只的航线相交。在这种情况下，船长和导航员必须计算最近接近点以确定是否需要调整航向。这个计算涉及多个因素，包括两艘船的速度和方向，以及环境条件，如风和海流。例如，想象两艘船在开阔水域中驶向彼此。船A以15节的速度向北航行，而船B以10节的速度向南航行。这两艘船的导航员必须有效沟通，以确定最近接近点。通过在海图上绘制航线并使用雷达技术，他们可以预测何时以及在哪里彼此最接近。如果计算出的最近接近点表明危险的近距离，则一艘或两艘船可能需要改变航线以避免潜在的碰撞。此外，最近接近点不仅在海事上下文中相关，还扩展到航空领域。飞行员在拥挤的空域中导航时也利用类似的原则。空中交通管制员监控飞机的位置和轨迹，以确保它们之间保持安全距离。最近接近点的概念有助于有效管理空中交通，允许安全起飞、降落和飞行中的机动。除了实际应用外，最近接近点在生活的各个方面也作为一个隐喻。它可以代表人际关系中两个个体接近理解彼此的关键时刻，但仍然可能面临误解或冲突的风险。在这种情况下，识别最近接近点可以帮助个人更周到地导航他们的互动，促进更好的沟通和联系。总之，术语最近接近点涵盖了技术和隐喻的重要性。无论是在海上导航、航空还是个人关系中，理解和计算这一点都可以导致更安全和更和谐的结果。随着我们继续探索与他人及周围世界的复杂互动，最近接近点的概念仍然是以谨慎和考虑来导航我们旅程的重要工具。