docking
简明释义
n. 入坞
adj. 入坞的
v. 入港;为……设置船坞(dock 的 ing 形式)
n. (Docking)人名;(英)多金
英英释义
单词用法
扩充口;插接站;系泊部位 |
同义词
停靠 | 这艘船正在港口停靠。 | ||
系泊 | 这艘游艇正在岛附近系泊。 | ||
锚泊 | 渔夫正在锚泊他的船。 | ||
着陆 | 飞机正在跑道上着陆。 |
反义词
解码 | 宇宙飞船正在从空间站解码。 | ||
分离 | After detaching the trailer, the truck can maneuver more easily. | 在分离拖车后,卡车可以更轻松地操作。 |
例句
1.After this second docking, the two vessels will remain joined for just two days.
第二次对接后,两个航空器将在随后的两天里保持对接状态。
2.Docking stations: The docking stations add value, but also take up room.
扩展坞:扩展坞可以为团队添加价值,但是也会占用空间。
3.It can find its docking station, recognize its owner's face, and respond to voice commands.
它能找到自己的充电底座,能认出主人的脸,能分辨声音而接受命令。
4.You can even buy a docking stand and external keyboard for it as well.
你甚至能买到支架和外接键盘。
5.The "In-Depth Understanding" will open up a docking window displaying the following information.
“快速了解”将不是在一个可停靠的窗口,而是在一个内嵌的窗口里展示,可让开发人员查看代码的上下文。
6.Rendezvous and docking is what is being experimented with.
交会和对接还处在试验期。
7.Fyodor took this picture from the window of the Russian Docking Compartment (Airlock).
Fyodor从俄罗斯对接舱(气锁)的窗户拍下了这张照片。
8.This new tablet will additionally offer support for Adobe Flash, stylus pens and docking stations.
这款新的平板电脑还会支持AdobeFlash、手写笔而且拥有扩展坞。
9.Nicotine hooks onto a variety of receptors, or docking sites, on the surface of cells.
尼古丁会粘附于多种感受器,或者是细胞表面的停靠点。
10.The spaceship is currently in the process of docking with the space station.
这艘宇宙飞船目前正在与空间站进行docking(对接).
11.Please ensure that the boat is securely docking at the marina.
请确保船只在码头安全docking(停靠).
12.The software update requires docking your device to the main server.
软件更新需要将设备docking(连接)到主服务器.
13.After docking, the crew will prepare for unloading cargo.
在完成docking(对接)后,船员将准备卸货.
14.The new app allows users to manage their devices while docking them.
这个新应用允许用户在docking(连接)设备时进行管理.
作文
In the world of technology and space exploration, the term docking refers to the process of joining two spacecraft together in orbit. This complex maneuver is crucial for various missions, including resupplying the International Space Station (ISS) and transferring astronauts between vehicles. The docking procedure requires precise calculations and coordination, as even a slight misalignment can lead to catastrophic failures. Engineers and astronauts spend countless hours training and simulating these operations to ensure success during actual missions. The docking process typically involves one spacecraft approaching another at a controlled speed. As the two vehicles get closer, they rely on advanced navigation systems to guide them into position. Once aligned, the spacecraft can connect through a series of latches and hooks that secure them together. This connection allows for the transfer of crew, equipment, and supplies, making it an essential component of modern space travel. One of the most famous examples of docking occurred during the Apollo missions, where the command module had to docking with the lunar module before astronauts could embark on their historic moon landings. The success of these missions relied heavily on the ability to perform docking maneuvers flawlessly, showcasing the importance of this skill in space exploration. In addition to space applications, the concept of docking is also prevalent in maritime contexts. Ships often need to docking at docks or piers to load and unload cargo or passengers. This process involves navigating the vessel into a designated area and securing it to the dock. Just like in space, precision is vital to avoid accidents and ensure safety. As technology continues to advance, the methods and techniques used for docking are evolving. Automation and robotics are increasingly being integrated into both space and maritime docking procedures. For instance, autonomous spacecraft are being developed that can perform docking without human intervention, significantly reducing the risk of error. In conclusion, the term docking encompasses a range of processes across different fields, from space exploration to maritime operations. Understanding the intricacies of docking is essential for anyone involved in these industries, as it represents a critical aspect of operational success. Whether it is connecting spacecraft in orbit or securing ships at a port, the ability to execute docking procedures effectively is fundamental to achieving mission objectives and ensuring safety.
在科技和太空探索的世界中,术语docking指的是在轨道上将两艘航天器连接在一起的过程。这一复杂的操作对于各种任务至关重要,包括为国际空间站(ISS)补给和在飞行器之间转移宇航员。docking程序需要精确的计算和协调,因为即使是轻微的对齐错误也可能导致灾难性的失败。工程师和宇航员花费无数小时进行训练和模拟这些操作,以确保在实际任务中的成功。 docking过程通常涉及一艘航天器以受控速度接近另一艘航天器。当两艘飞行器越来越近时,它们依赖于先进的导航系统来引导它们进入位置。一旦对齐,航天器可以通过一系列锁扣和钩子连接在一起,确保它们连接在一起。这种连接允许转移船员、设备和补给,使其成为现代太空旅行的重要组成部分。 最著名的docking例子之一发生在阿波罗任务中,指令舱必须与登月舱进行docking,然后宇航员才能踏上历史性的月球着陆。这些任务的成功在很大程度上依赖于完美执行docking操作的能力,展示了这一技能在太空探索中的重要性。 除了太空应用,docking的概念在海事环境中也很常见。船只通常需要在码头或码头进行docking,以装载和卸载货物或乘客。这个过程涉及将船只导航到指定区域并将其固定在码头上。与太空一样,精确性对避免事故和确保安全至关重要。 随着技术的不断进步,用于docking的方法和技术也在不断发展。自动化和机器人技术正越来越多地被整合到太空和海事docking程序中。例如,正在开发能够无需人工干预进行docking的自主航天器,从而显著降低错误风险。 总之,术语docking涵盖了不同领域的一系列过程,从太空探索到海事操作。理解docking的复杂性对于任何参与这些行业的人来说都是至关重要的,因为它代表了操作成功的关键方面。无论是在轨道上连接航天器还是在港口固定船只,有效执行docking程序的能力对于实现任务目标和确保安全至关重要。
文章标题:docking的意思是什么
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