早期宇宙 的英文怎麼說

中文拼音 [zǎoqīyǔzhòu]
早期宇宙 英文
early universe
  • 早 : Ⅰ名詞1 （早晨） morning 2 （姓氏） a surname Ⅱ副詞（很久以前） long ago; as early as; for a long ...
  • 期 : 期名詞[書面語]1. （一周年） a full year; anniversary 2. （一整月） a full month
  • 宇 : 名詞1. （房檐） eaves2. （房屋） house 3. （上下四方, 所有的空間; 世界） space; universe; world 4. （姓氏） a surname
  • 宙 : 名詞（指古往今來的時間） time （conceived as past, present and future）
  • 早期 : early stage; early phase; prophase （細胞分裂）
  • 宇宙 : [天文學] universe; cosmos
  1. To understand what will happen before that, we have to study the constituents of atoms : the fundamental particles

    要了解宇宙更早期的情況，我們必須研究組成原子的基本粒子。
  2. Systems as diverse as the early universe, the interstellar medium, red giant stars, and supernova explosions are currently the focus of intense studies utilizing sophisticated computer models - models which require large quantities of nuclear data as input

    如早期的宇宙，星際介質，紅巨星，超新星爆， x -射線爆和-射線爆等多樣的系統，這些核天體過程是利用復雜的計算機模型，進行重點研究的焦點。
  3. Genzel ' s team has measured the orbital speed of gas clouds within 11 of these systems, giving the first unambiguous measurement of the mass of galaxies in the early universe : greater than 100 billion solar masses, as hefty as the biggest galaxies in the present - day universe

    甘澤爾的團隊已經在11個這樣的系統中，量測到氣體雲旋轉的軌道速度，因而首度清楚得知早期宇宙中星系的質量：大於1000億個太陽質量，與現在宇宙中最大的星系相同。
  4. Thus, we can conceive of the early universe as a pile of overlapping grapefruits that stretches infinitely in all directions

    因此，我們可以把早期宇宙想成是水果攤上一堆往各個方向無窮延伸的葡萄柚。
  5. The infinitesimal patterns of this radiation reveal the matter distribution of the early universe, which were the seeds of today s clusters of galaxies. it grew gradually to the vast structure as we see today

    微細的溫度差異標志著早期宇宙的物質分佈情況，是它催生了星系團，最後慢慢形成現今所見的大尺度宇宙結構。
  6. Nasa released the image of the earliest universe in the beginning of 2003. the image shows the stunning details that may be the most important scientific results of the recent few years

    2003年年初，美國太空總署發布了一幅天文圖像，顯示了早期宇宙令人目眩的細節，這可能是過去數年來最重要的科學成果。
  7. Detecting a magnetic field surrounding an earth - like exoplanet would prove a promising sign for finding extraterrestrial life

    此外，使射電望遠鏡遠離地球上用於通信的短波長無線電波的喧擾，可以讓天體物理學家們以前所未有的細致度觀測早期宇宙。
  8. Moreover by pointing the telescope away from the din of shorter - wavelength radio waves that are used for communication on earth, astrophysicists would be able to see the early universe in unprecedented detail

    此外，使射電望遠鏡遠離地球上用於通信的短波長無線電波的喧擾，可以讓天體物理學家們以前所未有的細致度觀測早期宇宙。
  9. Furthermore, if the expansion had been accelerating, two key aspects of the early universe ? the pattern of cmb variations and the abundances of light elements produced seconds after the big bang ? would not agree with current observations

    再者，若膨脹一直都在加速，那麼cmb的異向性變化，和在大霹靂之後數秒所生成的輕元素含量，這兩項早期宇宙的關鍵宇宙學預測，也會悖離現今的觀測。
  10. Is not only a parameter for measuring expansion of the universe, it can also be used to determine the age and the size of the universe, amount of dark matters, numbers of hadrons and abundance of light elements in the universe and even the structure of the early universe, and so forth

    的一個參數，而且還可以用來計算宇宙年宇宙大小宇宙中黑暗物質的數量重子數目輕元素豐度甚至早期宇宙形成的結構等等。
  11. The emerging consensus is that the early universe was dominated by a small number of giant galaxies containing colossal black holes and prodigious bursts of star formation, whereas the present universe has a more dispersed nature ? the creation of stars and the accretion of material into black holes are now occurring in a large number of medium - size and small galaxies

    目前逐漸形成的共識是，早期宇宙是由數量稀少、但含有巨大黑洞，且恆星形成率超高的巨型星系所主宰，今日的宇宙則具有較零散的特性恆星的誕生與黑洞吸積物質的作用，發生在龐大數量的中、小型星系內。
  12. Some remarks on the research of the very early universe

    極早期宇宙的研究中若干問題淺析
  13. Before that time, a haze of neutral hydrogen gas shrouded these first beacons in the infant cosmos

    再往前推進，則是一團團中性氫氣所形成的薄霧，包裹著早期宇宙中第一批誕生的恆星。
  14. Such waves would be coming from the early universe, which we don ' t know much about, so we can ' t predict the amplitudes well

    這些波來自我們尚不太了解的早期宇宙，因此還不能很好的預測其振幅。
  15. This research bears on some of the most basic questions in astronomy : how did the dark early universe come to light up with billions of stars

    這項研究涉及了一些天文學上的基本問題：數百萬顆恆星，是如何點亮那晦暗不明的早期宇宙？
  16. Knowing how this came about by looking even further back would allow cosmologists to decide which of their theories of the early universe were correct

    通過觀察更為久遠的事件，了解形成這一狀態的原因，可以協助宇宙學家們判斷哪種關于早期宇宙的理論是正確的。
  17. Most models that tried to explain the origins of globular clusters focused on conditions in the early universe and assumed that the process was a thing of the past

    大部份試圖要解釋球狀星團起源的模型，都把焦點放在早期宇宙的條件，並假設此創生過程已經成為過去了。
  18. According to the big bang theory, the early universe was filled with hot plasma ? a cauldron of protons, electrons and photons, with a smattering of other particles

    根據大霹靂學說，早期宇宙充斥著高熱電漿，就像一大鍋由質子、電子、光子與少數其他粒子所構成的宇宙湯。
  19. We currently have a coherent model that tracks the growth of subtle density fluctuations laid down in the early universe to the present richness of the night sky

    現在我們擁有一致的理論模型，能夠描述早期宇宙密度的細微起伏，一路上是如何成長，而成為現在夜空中的豐富結構。
  20. According to this paradigm, the early history of the universe ? that is, until about six billion years after the big bang ? was an era of cosmic fireworks : galaxies collided and merged, powerful black holes sucked in huge whirlpools of gas, and stars were born in unrivaled profusion

    根據這樣的說法，大霹靂后60億年內的早期宇宙乃是處處充滿火花的時代：星系相互碰撞與合併，威力強大的黑洞像漩渦般吸入大量氣體，恆星則以驚人的速率大量誕生。
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