docking and undocking manoeuvre

简明释义

进出坞操纵

英英释义

例句

1.He used advanced technology to assist in the docking and undocking manoeuvre of the large vessel.

他利用先进技术来协助大型船舶的停靠和离开的操作。

2.The pilot communicated with the control tower during the docking and undocking manoeuvre.

飞行员在停靠和离开的操作期间与控制塔进行了沟通。

3.During the training session, we practiced the docking and undocking manoeuvre in various weather conditions.

在培训课程中，我们在不同的天气条件下练习了停靠和离开的操作。

4.The captain demonstrated the docking and undocking manoeuvre to ensure all crew members understood the process.

船长演示了停靠和离开的操作，以确保所有船员都理解这个过程。

5.The success of the mission depended on a precise docking and undocking manoeuvre with the space station.

任务的成功取决于与空间站的精确停靠和离开的操作。

作文

The term docking and undocking manoeuvre refers to the complex series of actions required to successfully attach and detach a spacecraft from another object, such as the International Space Station (ISS) or a satellite. This operation is critical in space missions, ensuring that astronauts can safely transfer between vehicles and perform necessary tasks in orbit. Understanding this process is essential for anyone involved in aerospace engineering or space exploration. The docking and undocking manoeuvre involves several key stages, including approach, alignment, capture, and separation. During the approach phase, the spacecraft must navigate towards the target with precision, often using thrusters for fine adjustments. This stage requires careful planning and execution, as any miscalculation could lead to catastrophic results. Once the spacecraft is within a certain distance, the alignment phase begins. The goal here is to ensure that both the spacecraft and the target are perfectly aligned to facilitate a smooth connection. Advanced sensors and cameras are utilized to guide the spacecraft into position, making real-time adjustments as needed. This is a delicate process, as even a slight deviation can hinder the success of the docking and undocking manoeuvre. After alignment, the capture phase occurs. This is when the spacecraft physically connects with the target, often using robotic arms or docking ports designed to secure the two vehicles together. This step is crucial, as it establishes a stable connection that allows for the transfer of crew, supplies, and equipment. Engineers have developed various technologies to enhance the reliability of this connection, ensuring that it can withstand the harsh conditions of space. Finally, the undocking phase involves the reverse of the docking process. Once the mission objectives are completed, the spacecraft must detach from the target safely. This requires meticulous planning to avoid collisions and ensure that both vehicles can continue their respective journeys without incident. The docking and undocking manoeuvre is not just about physical connection; it also involves communication between the two vehicles, allowing them to coordinate their actions effectively. In conclusion, the docking and undocking manoeuvre is a vital aspect of modern space travel that combines engineering, technology, and precise execution. As we continue to explore the cosmos, mastering these manoeuvres will be essential for successful missions and the future of human space exploration. Understanding every detail of this process can inspire the next generation of engineers and astronauts, who will undoubtedly push the boundaries of what is possible in space. The importance of this manoeuvre cannot be overstated. It is a testament to human ingenuity and our relentless pursuit of knowledge beyond our planet. As we stand on the brink of new discoveries, the docking and undocking manoeuvre will remain a cornerstone of our efforts to explore the final frontier.

术语docking and undocking manoeuvre指的是成功将航天器与另一个物体（如国际空间站或卫星）连接和分离所需的一系列复杂动作。这一操作在太空任务中至关重要，确保宇航员可以安全地在飞行器之间转移并执行必要的任务。理解这一过程对于任何参与航空航天工程或太空探索的人来说都是必不可少的。docking and undocking manoeuvre包括几个关键阶段，包括接近、对准、捕获和分离。在接近阶段，航天器必须精确导航到目标，通常使用推进器进行微调。这个阶段需要仔细的规划和执行，因为任何误算都可能导致灾难性的结果。一旦航天器进入一定距离，对准阶段开始。这里的目标是确保航天器和目标完美对齐，以便顺利连接。先进的传感器和摄像头被用来引导航天器到位，根据需要进行实时调整。这是一个微妙的过程，因为即使是轻微的偏差也会妨碍docking and undocking manoeuvre的成功。在对准之后，捕获阶段发生。这时，航天器与目标物理连接，通常使用机器人手臂或设计用于将两辆车固定在一起的对接口。这一步至关重要，因为它建立了一个稳定的连接，允许人员、供应品和设备的转移。工程师们开发了各种技术来增强这一连接的可靠性，确保它能够承受太空的恶劣条件。最后，分离阶段涉及到对接过程的反向操作。一旦任务目标完成，航天器必须安全地与目标分离。这需要细致的规划，以避免碰撞，确保两个飞行器能够继续各自的旅程而不发生意外。docking and undocking manoeuvre不仅仅是物理连接；它还涉及到两个飞行器之间的通信，使它们能够有效地协调行动。总之，docking and undocking manoeuvre是现代太空旅行的重要方面，结合了工程、技术和精确执行。随着我们不断探索宇宙，掌握这些机动将对成功的任务和人类太空探索的未来至关重要。理解这一过程的每一个细节可以激励下一代工程师和宇航员，他们无疑会推动太空探索的可能性。这一机动的重要性不容小觑。它是人类创造力的证明，也是我们对超越地球知识的不断追求。在我们站在新发现的边缘时，docking and undocking manoeuvre将仍然是我们探索最终边界努力的基石。