distance to closest point of approach

简明释义

最近会遇距离

英英释义

例句

1.The radar system calculated the distance to closest point of approach to ensure safe navigation.

雷达系统计算了最近接近点的距离以确保安全导航。

2.The ship's captain was informed about the distance to closest point of approach of the approaching vessel.

船长被告知即将靠近的船只的最近接近点的距离。

3.The software provides real-time updates on the distance to closest point of approach between two aircraft.

该软件提供两架飞机之间最近接近点的距离的实时更新。

4.In air traffic control, knowing the distance to closest point of approach is crucial for preventing mid-air collisions.

在空中交通管制中，了解最近接近点的距离对防止空中碰撞至关重要。

5.To avoid accidents, the pilot must monitor the distance to closest point of approach at all times.

为了避免事故，飞行员必须随时监控最近接近点的距离。

作文

In the realm of navigation and spatial analysis, the term distance to closest point of approach plays a pivotal role. It refers to the shortest distance between two moving objects, typically in the context of aviation, maritime navigation, or even in the study of celestial bodies. Understanding this concept is vital for ensuring safety and efficient movement in various fields of transportation and exploration.When two vessels or aircraft are on a collision course, knowing the distance to closest point of approach can be the difference between a safe passage and a catastrophic incident. For instance, in aviation, air traffic controllers constantly monitor the flight paths of airplanes to prevent mid-air collisions. By calculating the distance to closest point of approach, they can provide timely instructions to pilots, ensuring that they maintain a safe distance from each other.Moreover, this concept is not limited to just aviation or maritime contexts. In the field of astronomy, scientists utilize the distance to closest point of approach when tracking asteroids or comets that may come close to Earth. By calculating how close these celestial bodies will come, researchers can assess potential threats and devise strategies for planetary defense. This proactive approach is crucial in safeguarding our planet from possible impacts that could have devastating consequences.The calculation of the distance to closest point of approach involves understanding the trajectories of the objects in question. Typically, this requires knowledge of their speeds, directions, and current positions. Mathematical models and simulations are often employed to predict future positions and determine the closest point of approach. This process underscores the importance of accurate data collection and analysis in various scientific and practical applications.In the context of robotics and autonomous vehicles, the distance to closest point of approach is equally significant. As these technologies advance, ensuring that robots and self-driving cars can navigate safely around obstacles is paramount. By continuously calculating the distance to closest point of approach with nearby objects, autonomous systems can make real-time decisions to avoid collisions, enhancing safety for both passengers and pedestrians.In conclusion, the concept of distance to closest point of approach is integral to many fields, from aviation to space exploration and autonomous technology. Its implications for safety, efficiency, and risk management cannot be overstated. As we continue to innovate and push the boundaries of what is possible in transportation and exploration, a thorough understanding of this concept will remain essential. By mastering the distance to closest point of approach, we can better navigate the complexities of our world and beyond, ensuring safer journeys for all.

在导航和空间分析领域，术语距离最近接触点的距离发挥着关键作用。它指的是两个移动物体之间的最短距离，通常是在航空、海洋导航或甚至是天体研究的背景下。理解这个概念对于确保安全和高效的交通运输及探索至关重要。当两艘船只或飞机处于碰撞航线上时，了解距离最近接触点的距离可能是安全通行与灾难性事件之间的区别。例如，在航空领域，空中交通管制员不断监测飞机的飞行路径，以防止空中碰撞。通过计算距离最近接触点的距离，他们可以及时向飞行员提供指令，确保彼此保持安全距离。此外，这个概念并不仅限于航空或海洋环境。在天文学领域，科学家利用距离最近接触点的距离来追踪可能靠近地球的小行星或彗星。通过计算这些天体将会靠近的距离，研究人员可以评估潜在威胁并制定行星防御策略。这种主动的方法对于保护我们星球免受可能影响而造成的毁灭性后果至关重要。计算距离最近接触点的距离涉及到对相关物体轨迹的理解。通常，这需要了解它们的速度、方向和当前位置。数学模型和模拟常常被用来预测未来的位置并确定最近接触点。这一过程强调了在各种科学和实际应用中准确数据收集和分析的重要性。在机器人和自主车辆的背景下，距离最近接触点的距离同样重要。随着这些技术的进步，确保机器人和自动驾驶汽车能够安全地绕过障碍物至关重要。通过不断计算与附近物体的距离最近接触点的距离，自主系统可以实时做出避免碰撞的决策，提高乘客和行人的安全性。总之，距离最近接触点的距离这一概念在许多领域中都是不可或缺的，从航空到太空探索再到自主技术。它对安全、效率和风险管理的影响不容小觑。随着我们继续创新并推动交通和探索的边界，深入理解这一概念将始终是必不可少的。通过掌握距离最近接触点的距离，我们可以更好地应对我们世界及其超越的复杂性，为所有人确保更安全的旅程。