介紹太空視頻英語怎麼說

1. 關於太空行走的英語介紹

Extra-vehicular activity (EVA) is work done by an astronaut away from the Earth and outside of a spacecraft. The term most commonly applies to an EVA made outside a craft orbiting Earth (a spacewalk) but also applies to an EVA made on the surface of the Moon (a moonwalk). In the later lunar landing missions (Apollo 15, 16, and 17) the command mole pilot did an EVA to retrieve film canisters on the return trip; he was assisted by the lunar mole pilot who would perform a stand up EVA. These trans-Earth EVAs were the only spacewalks ever concted in deep space to date.

The first EVA was carried out by Alexey Leonov on March 18, 1965 from the Voskhod 2 spacecraft.
The first EVA by an American astronaut was made on June 3, 1965 by Edward White ring the Gemini 4 mission.
The first EVA that was a moonwalk rather than a spacewalk was made by American astronaut Neil Armstrong on July 20, 1969 when the Apollo 11 Lunar Mole Eagle landed on the Moon. He was joined by crewmate Buzz Aldrin, and their EVA lasted 2 hours and 32 minutes.
The first untethered spacewalk was by American astronaut Bruce McCandless II on February 7, 1984, ring Challenger mission STS-41-B. He was subsequently joined by astronaut Robert L. Stewart ring the 5 hour 55 minute spacewalk.
The first woman to perform an EVA was Cosmonaut Svetlana Savitskaya on July 25, 1984 while aboard the Salyut 7 space station. Her EVA lasted 3 hours and 35 minutes.
The first American woman to make an EVA was Kathryn D. Sullivan, who stepped into space on October 11, 1984 ring Space Shuttle Challenger mission STS-41-G.
The first (and only) three-person EVA was performed on May 13, 1992, as the third EVA of STS-49, the maiden flight of Endeavour.[1] Pierre Thuot, Richard Hieb, and Thomas Akers concted the EVA to capture and repair a non-functional Intelsat VI-F3 satellite, and equipped the satellite with a new motor, that after release, moved it into its planned geosynchronous orbit.
The first EVA by a non-Soviet, non-American astronaut was made on December 9, 1988 by Jean-Loup Chrétien of France ring a three-week stay on the Mir space station.
On February 9, 1995, Bernard A. Harris, Jr. and Michael Foale became the first African American and the first Briton, respectively, to perform an EVA.
On April 22, 2001, Chris Hadfield became the first Canadian to perform an EVA, while installing the Canadarm2 on to the International Space Station.
The first EVA to perform an in-flight repair of the space orbiter was by American astronaut Steve Robinson on August 3, 2005, ring "Return to Flight" mission STS-114. Robinson was sent to remove two protruding gap fillers on the Space Orbiter Discovery's heat shield, after engineers determined they might cause damage to the shuttle upon re-entry. Robinson successfully removed the loose material while the Discovery was docked to the International Space Station.
圖片自己去網路搜吧

2. 用英語介紹的太空知識

Gaze upwards on a dark night, and you will see the 'Milky Way', a glowing ribbon made up of many indivial stars. This is our first clue to the fact that that stars are not uniformly distributed throughout space, but clustered together to form galaxies.
Galaxies can vary in size between a hundred thousand and three thousand billion solar masses, and can be broadly split into different classes, depending on their shape. Our own Milky Way Galaxy contains about two hundred billion stars. It is a spiral shape, which is why, when viewed from our position about two thirds of the way along one of the arms, it appears as a band across the sky.

Gazing out into the Universe reveals thousands upon thousands of galaxies. These galaxies tend to be grouped together in clusters, and these clusters in turn are grouped into superclusters. It appears the Universe has structure on many different scales.

3. 關於介紹宇宙的視頻

1.
BBC_地平線 http://kuai.xunlei.com/s/PunLA9KKJcxUvRv--Exvbg {暗物質對宇宙的影響;宇宙有多小}
BBC_仰望星空 http://kuai.xunlei.com/s/HMILBtjqoMM-5rmKZga.Wg
BBC_人類星球 http://kuai.xunlei.com/d/v4SqCgKcgwBi9YVR989
BBC_地球的力量 http://kuai.xunlei.com/d/v4SqCgLx7wAt44dRba4
BBC_太空競賽 http://kuai.xunlei.com/d/v4SqCgIA8ACt44dRe6e
BBC_時間系列 http://kuai.xunlei.com/d/v4SqCgL87wCO44dRf88
BBC_太陽系的奇跡 http://kuai.xunlei.com/d/v4SqCgLVgwAo9oVR239
BBC_宇宙的奇跡 http://kuai.xunlei.com/d/v4SqCgKUhABb.IVRbdb
BBC_時間機器 http://kuai.xunlei.com/d/v4SqCgIp8AAm5YdRd3d
BBC_我們真的了解宇宙嗎 http://kuai.xunlei.com/d/v4SqCgKRhgBC-4VR1b7
BBC_看不見的世界 http://kuai.xunlei.com/d/v4SqCgKzhgC6-4VRb1e
BBC_日月星宿 http://kuai.xunlei.com/d/v4SqCgK3KgAhUolRb5a
BBC_科學的故事 http://kuai.xunlei.com/d/v4SqCgKzKgBzUYlR1af
BBC_藍色星球 http://kuai.xunlei.com/d/v4SqCgLEKgA3VIlR028
BBC_行星地球 http://kuai.xunlei.com/d/v4SqCgLMKgBlVIlRd26
BBC_觀星指南 http://kuai.xunlei.com/d/v4SqCgLNKgB.VIlRe18
BBC_霍金的宇宙 http://kuai.xunlei.com/d/v4SqCgJoKwBFaYlR136
BBC_其他 http://kuai.xunlei.com/s/PvxPr5CzZp2LIhqX1sAQ {60分鍾環游世界;旅行者號沖出太陽系;}

2.
Discovery_與霍金一起了解宇宙 http://kuai.xunlei.com/d/v4SqCgKqhQDM.4VR7e1
Discovery_其他 http://kuai.xunlei.com/s/TkM8caZnFXi6.DGm8sCTWg
Discovery_宇宙的形成.How.the.Universe.Works http://kuai.xunlei.com/d/v4SqCgIwKgAxR4lR29d
Discovery_從地球出發.NASA任務50年 http://kuai.xunlei.com/d/v4SqCgJ6ggDG8YVR573
Discovery_北極曝光 http://kuai.xunlei.com/d/v4SqCgJMKgAGSYlRf50
Discovery_2012火星探索任務 http://kuai.xunlei.com/d/v4SqCgLwhQDj-IVRf4d

3.
Science_與摩根弗里曼一起探索宇宙的起源 http://kuai.xunlei.com/d/v4SqCgL7kAANJYZR1be

4.
History_The.Universe.宇宙原盤種子 http://kuai.xunlei.com/d/v4SqCgL0iADeCIZR731
History_The.Universe.宇宙.S1 http://kuai.xunlei.com/d/v4SqCgJfiAB0BoZR56a
History_The.Universe.宇宙.S2 http://kuai.xunlei.com/d/4UQ5DAKQLgAxKNlQ770
History_The.Universe.宇宙.S3 http://kuai.xunlei.com/d/v4SqCgKZigDvDYZRd4a
History_The.Universe.宇宙.S4 http://kuai.xunlei.com/d/ACXDGECWDTIR?p=109912
History_The.Universe.宇宙.S5 http://kuai.xunlei.com/d/YPGNCOZUGYVJ
History_The.Universe.宇宙.S6 http://kuai.xunlei.com/d/v4SqCgI.jQAkGIZR9cd
History_The.Universe.宇宙.S7 http://kuai.xunlei.com/d/v4SqCgJwiADNBoZR3c6

5.
NG_已知的宇宙(浩瀚宇宙)全三季 http://kuai.xunlei.com/s/9j2OOTMtmmzpXmuuZu.zhQ
NG_終極宇宙 http://kuai.xunlei.com/d/v4SqCgIqfQB434VRe9e
NG_科學新發現 http://kuai.xunlei.com/d/v4SqCgLeKgDmVYlR70a
NG_宇宙怪獸：黑洞 http://kuai.xunlei.com/d/v4SqCgJfgwB49IVRfff
NG_宇宙之死 http://kuai.xunlei.com/d/v4SqCgLAhQAV-IVR90b
NG_火星漫遊車 http://kuai.xunlei.com/d/v4SqCgIGhgAq-YVR1b5
NG_外星人報到-藍月星球 http://kuai.xunlei.com/d/v4SqCgLmhQCn-IVRdb9
NG_工程新典範：太空梭 http://kuai.xunlei.com/d/v4SqCgII8ADl44dRa68

6.
CCTV_斗轉星移 http://kuai.xunlei.com/d/v4SqCgJ-gQCd7oVRf0b
CCTV_宇宙千年 http://kuai.xunlei.com/d/v4SqCgJJhQDG.oVR3af
CCTV_宇宙與人 http://kuai.xunlei.com/d/v4SqCgKNhgAw-4VR891

7.
公開課_宇宙起源 http://kuai.xunlei.com/d/v4SqCgI5fQC734VRf24
公開課_天文台之夜 http://kuai.xunlei.com/d/v4SqCgLUAwCjvIhRa55
公開課_天體生物學與太空探索 http://kuai.xunlei.com/d/v4SqCgKdBwDgx4hRd58
公開課_基礎物理 http://kuai.xunlei.com/d/v4SqCgJ.gwD.9IVR434
公開課_黑洞探索 http://kuai.xunlei.com/d/v4SqCgL2gwB09oVR6f1
公開課_天體物理學之探索和爭議 http://kuai.xunlei.com/d/v4SqCgJX8gCDAYhR4c1
公開課_從宇宙大爆炸到人類 http://kuai.xunlei.com/d/v4SqCgIHhQDi.YVR9cb
公開課_宇宙論:了解宇宙 http://kuai.xunlei.com/d/v4SqCgJWhQD2.oVRcbe
公開課_從霍金到愛因斯坦的宇宙 http://kuai.xunlei.com/d/v4SqCgKIhgAS-4VRd6c

8.
NOVA_優雅的宇宙 http://kuai.xunlei.com/d/v4SqCgJjhADK94VR9e3
NOVA_宇宙的構造 http://kuai.xunlei.com/d/v4SqCgJ3hAD694VR278
NOVA_探索宇宙邊緣(無字幕) http://kuai.xunlei.com/d/v4SqCgI0hQB3.oVR82e

9.
IMAX_藍色星球 http://kuai.xunlei.com/d/v4SqCgKAhgD6-oVRbf0
IMAX_宇宙之旅 http://kuai.xunlei.com/d/v4SqCgL6hQD5-IVRd6c
IMAX_宇宙心 http://kuai.xunlei.com/d/v4SqCgIT8AA35IdR99f
IMAX_Hubble_2010 http://kuai.xunlei.com/d/v4SqCgLiKgArVolR82e
IMAX_國際空間站 http://kuai.xunlei.com/d/v4SqCgLnKgCXVolR722
IMAX_永恆壯麗的北美國家公園 http://kuai.xunlei.com/d/v4SqCgLlKgB1VolR9f4

10.
天之文系列講座 http://kuai.xunlei.com/s/XpYPmjbkYwi8OTc73LSEOg
其他紀錄片 http://kuai.xunlei.com/s/11dXM.b4ukIb98STKNL5ZQ {天地明察;時間的風景;已知的宇宙_短片;愛因斯坦的妻子; 環游地球80天;雷克斯海3D;魯賓遜太空歷險;}
您好！宇宙[全集](播音——趙君亮等) http://kuai.xunlei.com/d/v4SqCgLDhgDz-4VR7b9
天文望遠鏡400年探索之旅 http://kuai.xunlei.com/d/v4SqCgKHfQBO4YaVRe7b

4. 我們已經看過了這部關於太空的電影了英語怎麼翻譯

We have seen this movie about aerospace.

5. 哪裡可以找到關於太空探索的視頻，最好是英文音頻的

可以直接在網路上找，下面有幾個視頻，樓主可以看下：
《宇宙千年》

《宇宙形成》

《觀星指專南》

《天文網路大屬全》

《卡爾薩根的宇宙》

《旅行到宇宙邊緣》

《與霍金一起了解宇宙》

《探索系列》(天文科技)

希望對你有幫助

6. 急…！！！關於太空space的簡介！要英文的！！

This article is about the idea of space. For the space beyond Earth's atmosphere (as in astronomy and spaceships), see outer space. For all other uses, see space (disambiguation).

The idea of space has been of interest for philosophers and scientists for much of human history. The term is used somewhat differently in different fields of study, hence it is difficult to provide an uncontroversial and clear definition outside of specific defined contexts. Disagreement also exists on whether space itself can be measured or is part of the measuring system. (See Space in philosophy.) Science considers space to be a fundamental quantity (a quantity which can not be defined via other quantities because other quantities — like force and energy — are already defined via space). Thus an operational definition is used in which the procere of measurement of space intervals (distances) and the units of measurement are defined.
In philosophy

Space has a range of definitions:

* One view of space is that it is part of the fundamental structure of the universe, a set of dimensions in which objects are separated and located, have size and shape, and through which they can move.
* A contrasting view is that space is part of a fundamental abstract mathematical conceptual framework (together with time and number) within which we compare and quantify the distance between objects, their sizes, their shapes, and their speeds. In this view, space does not refer to any kind of entity that is a "container" that objects "move through".

These opposing views are relevant also to definitions of time. Space is typically described as having three dimensions, see Three-dimensional space and that three numbers are needed to specify the size of any object and/or its location with respect to another location. Modern physics does not treat space and time as independent dimensions, but treats both as features of space-time – a conception that challenges intuitive notions of distance and time.

An issue of philosophical debate is whether space is an ontological entity itself, or simply a conceptual framework humans need to think (and talk) about the world. Another way to frame this is to ask, "Can space itself be measured, or is space part of the measurement system?" The same debate applies also to time, and an important formulation in both areas was given by Immanuel Kant.

In his Critique of Pure Reason, Kant described space as an a priori intuition that (together with another a priori intuition, time) allows us to comprehend sensual experience. Kant referred to such intuitions as noumena and as things in themselves. In Kant's view, neither space nor time are conceived of as substances, but rather both are elements of a systematic framework we use to structure our experience. Spatial measurements are used to quantify how far apart objects are, and temporal measurements are used to quantify how far apart events occur. However, these measurements are applied by our minds to categorize what we sense and are not an inherent part of the thing in itself.

Schopenhauer, in the preface to his On the Will in Nature, stated that "space is the condition of the possibility of juxtaposition." This is in accordance with Kant's understanding of space as a form in the mind of an observing subject.

Similar philosophical questions concerning space include: Is space absolute or purely relational? Does space have one correct geometry, or is the geometry of space just a convention? Historical positions in these debates have been taken by Isaac Newton (space is absolute), Gottfried Leibniz (space is relational), and Henri Poincaré (spatial geometry is a convention). Two important thought-experiments connected with these questions are: Newton's bucket argument and Poincaré's sphere-world.

In physics

Space is one of the few fundamental quantities in physics, meaning that it cannot be defined via other quantities because there is nothing more fundamental known at present. Thus, similar to the definition of other fundamental quantities (like time and mass), space is defined via measurement. Currently, the standard space interval, called a standard meter or simply meter, is defined as the distance traveled by light in a vacuum ring a time interval of exactly 1/299,792,458 of a second. This definition coupled with present definition of the second is based on the special theory of relativity, that our space-time is a Minkowski space.

Before Einstein's work on relativistic physics, time and space were viewed as independent dimensions. Einstein's discoveries have shown that e to relativity of motion our space and time can be mathematically combined into one symmetric object — space-time. (Distances in space or in time separately are not invariant versus Lorentz coordinate transformations, but distances in Minkowski space-time are — which justifies the name).

However, time and space dimensions should not be viewed as exactly equivalent in Minkowski space-time. One can freely move in space but not in time. Thus, time and space coordinates are treated differently both in special relativity (where time is sometimes considered an imaginary coordinate) and in general relativity (where different signs are assigned to time and space components of spacetime metric).

Spatial measurement

The measurement of physical space has long been important. Geometry, the name given to the branch of mathematics which measures spatial relations, was popularised by the ancient Greeks, although earlier societies had developed measuring systems. The International System of Units, (SI), is now the most common system of units used in the measuring of space, and is almost universally used within science.

Geography is the branch of science concerned with identifying and describing the Earth, utilising spatial awareness to try and understand why things exist in specific locations. Cartography is the mapping of spaces to allow better navigation, for visualisation purposes and to act as a locational device. Geostatistics apply statistical concepts to collected spatial data in order to create an estimate for unobserved phenomena. Astronomy is the science involved with the observation, explanation and measuring of objects in outer space.

In geography

Geographical space is called land, and has a relation to ownership (in which space is seen as property). While some cultures assert the rights of the indivial in terms of ownership, other cultures will identify with a communal approach to land ownership, while still other cultures such as Australian Aboriginals, rather than asserting ownership rights to land, invert the relationship and consider that they are in fact owned by the land. Spatial planning is a method of regulating the use of space at land-level, with decisions made at regional, national and international levels. Space can also impact on human and cultural behaviour, being an important factor in architecture, where it will impact on the design of buildings and structures, and on farming.

Ownership of space is not restricted to land. Ownership of airspace and of waters is decided internationally. Other forms of ownership have been recently asserted to other spaces — for example to the radio bands of the electromagnetic spectrum or to cyberspace.

Public space is a term used to define areas of land is collectively owned by the community, and managed in their name by delegated authorities. Such spaces are open to all, while private property is the land owned by an indivial or company, for their own use and pleasure.

Abstract space is a term used in geography to refer to a hypothetical space characterized by complete homogeneity. When modeling activity or behavior, it is a conceptual tool used to limit extraneous variables such as terrain.

In psychology

The way in which space is perceived is an area which psychologists first began to study in the middle of the 19th century, and it is now thought by those concerned with such studies to be a distinct branch within psychology. Psychologists analysing the perception of space are concerned with how recognition of an object's physical appearance or its interactions are perceived.

Other, more specialised topics studied include amodal perception and object permanence. The perception of surroundings is important e to its necessary relevance to survival, especially with regards to hunting and self preservation.

Phobias include:

* Agoraphobia is a fear of open spaces.
* Astrophobia is a fear of celestial space.
* Claustrophobia is a fear of enclosed spaces.
* Kenophobia is a fear of empty spaces.

In anatomy

In anatomy, a space (or spatium) is an area of the human body with certain borders consisting of anatomic structures, e.g. the axillary space.

7. 用英語描述太空的景象，要簡單點的

I』d say: take complete darkness, and then put in points of light, just a few at first, randomly scattered above you. As you continue staring with your mind』s eye, more point appear, and you can start to see patterns – a person here, a scorpion there, and there』s a wonky 『W』… Then you see more of those points start to make a streak across the sky , really dense, so the sky looks milky there, not black… Every once in a while a bright streak will pass across the sky, and you』ll see it through the corner of your eye

這段非常簡單，你應該看得，希望能夠幫到你！

8. 介紹太空星體的視頻介紹星體的視頻

有,而且漢語版的.科普系列片《天地科學季》 我看過其中的《斗轉星移》和《日月星宿》有很多集的.網路視頻可搜索到.合適的話就給分咯.