skylab

简明释义

英[ˈskaɪlæb]美[ˈskaɪˌlæb]

n. 太空实验室

英英释义

单词用法

同义词

反义词

例句

1.The US space station Skylab came back partially uncontrolled in 1979. Parts of the station fell in western Australia, but no one was hurt.

1979年，美国空间站“天空实验室”在返回时部分失控。部分空间站坠落在澳大利亚西部，但没有人受伤。

2.The first such stations, consisting of six models of the Soviet Salyut station and the U.S. Skylab, were launched in the 1970's.

第一批空间站于1970年代进入太空，包括苏联的6个礼炮号空间站和美国的天空实验室。

3.The U. S. orbITed ITs first space station in 1973; called Skylab, IT was equipped as a solar observatory and medical laboratory.

美国在1973年第一次发射太空站，称为太空实验室计划，配备太阳观测平台与医学实验室。

4.The task of eating in space got a big boost in Skylab.

在太空中吃饭这一任务到“天空实验室”时有了很大进步。

5.The United States of America NASA Skylab space station 32 years ago in Western Australia fall, the satellite will is since then falls to the earth's largest space debris.

美国航空航天局太空实验室空间站32年前在澳大利亚西部坠落，这颗卫星将是从那时以来坠落到地球的最大的太空碎片。

6.An order has been given that the researchers who are now in the skylab should be sent back.

已经命令将现在在航天实验室里的研究人员送回来。

7.The crew spent a total of 171 days in orbit aboard Skylab.

机组人员在Skylab上共花费了171天在轨道上。

8.The mission of Skylab provided valuable data on the effects of long-term space travel.

对于Skylab的任务提供了有关长期太空旅行影响的宝贵数据。

9.Astronauts conducted various scientific experiments aboard Skylab.

宇航员在Skylab上进行各种科学实验。

10.The first American space station, Skylab, was launched in 1973.

第一个美国空间站Skylab于1973年发射。

11.After its launch, Skylab faced several challenges, including a damaged solar panel.

发射后，Skylab面临几项挑战，包括一个损坏的太阳能板。

作文

In the realm of space exploration, few projects have captured the imagination of scientists and the public alike as much as the Skylab. Launched in 1973, Skylab was the United States' first space station, marking a significant milestone in human spaceflight. It served as a laboratory for scientific research in microgravity, enabling astronauts to conduct experiments that would be impossible on Earth. The mission of Skylab was not only to explore the effects of long-duration spaceflight on the human body but also to study solar phenomena and conduct experiments in materials science, biology, and medicine.The design of Skylab was innovative for its time. It consisted of a modified Saturn V rocket third stage, which was transformed into a space station. This structure included living quarters, workspaces, and solar observatories, allowing astronauts to live and work in space for extended periods. The first crewed mission to Skylab, known as Skylab 2, launched in May 1973 and consisted of three astronauts: Charles Conrad, Joseph Kerwin, and Paul Weitz. They spent 28 days aboard the station, conducting various experiments and repairs, showcasing human adaptability and ingenuity in space.One of the most fascinating aspects of Skylab was its role in studying the effects of microgravity on the human body. Astronauts experienced changes in their vision, bone density, and muscle mass during their time in space. These findings were crucial for planning future long-duration missions, such as those to Mars. The data collected from Skylab provided invaluable insights into how humans could survive and thrive in space environments, paving the way for future exploration beyond low Earth orbit.Despite its groundbreaking achievements, Skylab faced challenges. The initial launch was met with some technical difficulties, including damage to its solar panels, which threatened its power supply. However, subsequent missions successfully repaired these issues, demonstrating the resilience and problem-solving abilities of the astronauts and ground control teams.After three successful crewed missions, Skylab was eventually decommissioned in 1974. It re-entered the Earth's atmosphere in 1979, with some debris falling over Australia. This event sparked discussions about space debris and the importance of responsible space exploration practices. While Skylab may no longer be in orbit, its legacy lives on in the continued pursuit of knowledge and exploration in space.In conclusion, Skylab represents a pivotal chapter in the history of space exploration. Its contributions to science and our understanding of human physiology in space cannot be overstated. As we look towards the future of space travel, the lessons learned from Skylab will undoubtedly inform the next generation of explorers. The spirit of innovation and discovery that characterized Skylab continues to inspire scientists and engineers as we venture further into the cosmos, seeking answers to fundamental questions about our universe and our place within it.

在太空探索的领域中，少有项目能够像Skylab那样吸引科学家和公众的想象力。Skylab于1973年发射，是美国首个空间站，标志着人类航天飞行的重要里程碑。它作为微重力下科学研究的实验室，使宇航员能够进行在地球上无法进行的实验。Skylab的使命不仅是探索长期太空飞行对人体的影响，还研究太阳现象，并进行材料科学、生物学和医学方面的实验。Skylab的设计在当时是创新的。它由一个改装的土星五号火箭的第三级组成，被改造成一个空间站。这个结构包括生活区、工作区和太阳观测台，使宇航员能够在太空中长时间生活和工作。第一次载人Skylab任务，即Skylab 2，于1973年5月发射，由三名宇航员组成：查尔斯·康拉德、约瑟夫·凯尔文和保罗·维茨。他们在空间站上度过了28天，进行各种实验和维修，展示了人类在太空中的适应能力和创造力。Skylab最迷人之处在于其研究微重力对人体影响的作用。宇航员在太空期间经历了视力、骨密度和肌肉质量的变化。这些发现对规划未来的长期任务（如前往火星）至关重要。从Skylab收集的数据为我们提供了关于人类如何在太空环境中生存和繁衍的宝贵见解，为未来超越低地球轨道的探索铺平了道路。尽管取得了突破性的成就，Skylab也面临挑战。初次发射时遇到了一些技术困难，包括太阳能电池板的损坏，威胁到其电力供应。然而，随后的任务成功修复了这些问题，展示了宇航员和地面控制团队的韧性和解决问题的能力。在三次成功的载人任务后，Skylab最终于1974年退役。它于1979年重新进入地球大气层，部分残骸落在澳大利亚。这一事件引发了关于太空垃圾的讨论，以及负责任的太空探索实践的重要性。虽然Skylab不再在轨道上，但它的遗产在继续追求知识和太空探索中依然存在。总之，Skylab代表了太空探索历史中的一个关键篇章。它对科学的贡献以及我们对太空中人类生理学理解的深入不可低估。当我们展望未来的太空旅行时，从Skylab中获得的经验教训无疑将为下一代探险者提供指导。Skylab所体现的创新和发现的精神继续激励着科学家和工程师，推动我们向更远的宇宙探索，寻求关于我们宇宙及其内在位置的基本问题的答案。