氣體雲 的英文怎麼說

中文拼音 [qìtǐyún]
氣體雲 英文
gas cloud
  • 氣 : Ⅰ名詞1 （氣體） gas 2 （空氣） air 3 （氣息） breath 4 （自然界冷熱陰晴等現象） weather 5 （氣味...
  • 體 : 體構詞成分。
  • 雲 : Ⅰ動詞[書面語] （說） say Ⅱ名詞1. （雲彩） cloud 2. （雲南） short for yunnan province3. （姓氏） a surname
  • 氣體 : gas; gaseous fluid
  1. Collisions between the gas clouds may trigger a stellar baby boom

    氣體雲之間的碰撞可能會觸發產星高潮。
  2. New stars continued to come into being from the gas clouds of the disk.

    新的恆星繼續從圓盤中的氣體雲中形成。
  3. The contraction of a cool interstellar gas cloud can proceed in a variety of ways.

    一個冷的星際氣體雲的收縮，可以通過許多不同的方式來進行。
  4. Two-and three-dimensional hydrodynamic computer codes have been applied to the study of the early phases of the collapse of a gas cloud.

    二維和三維流體力學計算機程序，已用於研究氣體雲的早期坍縮。
  5. Some of these early steps in the development of life may have taken place in interstellar gas clouds before the solar system formed.

    生命發展的某些早期過程可能早在太陽系形成以前的星際氣體雲中就已發生。
  6. Blast gas cloud

    爆炸氣體雲
  7. Interstellar gas clouds frequently collide and convert their kinetic energy into shock waves and radiation

    星際氣體雲經常在碰撞間將動能傳給沖擊波和輻射。
  8. We have summarized a set of theoretical approach to this problem and discussed the instability of the gas cloud and the systems composed of collisionless particles in the background of dark matter. linear perturbation theory is the method to solve this problem, in which, we add the perturbation into the equilibrium state and discussed its evolution

    本文研究了自引力系統的穩定性問題，總結了解決該問題的一套理論方法。並具體研究了存在暗物質背景時氣體雲和無碰撞粒子系統中擾動的演化情況。解決穩定性問題的方法用線性擾動理論，即在平衡態中加入擾動，研究擾動在系統中的演化情況。
  9. Direct hits between stars are extremely rare when galaxies collide, but huge gas clouds can crash into each other at high speeds, creating shock waves that heat the clouds and the surrounding gas to millions of degrees

    當星系相撞時，恆星之間的對撞非常少，但巨大的氣體雲團會以高速互相沖擊，產生激波，並將雲團和周圍的氣體加熱到幾百萬度。
  10. In the closeup view on the lower left, also color coded by x - ray energies, the point sources have been taken out to emphasize the hot gas clouds in the central regions of the antennae

    在左下的放大圖中（仍按x射線波段的著色法表示） ，點源已被扣除，這樣就可以突出觸角星系中心區域的熱氣體雲。
  11. 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。
  12. All the matter of the galaxy was originally a spherical cloud of gas from which stars were condensing out.

    銀河系中所有的物質最初都是球狀氣體雲，恆星正是從中凝聚而成。
  13. Astronomers see far fewer small galaxies and subgalactic gas clouds than a simple extrapolation from clusters would imply

    目前天文學家所觀測到的小星系和次星系氣體雲，其數目遠小於他們從星系團所推估出的數目。
  14. In a remote corner of the milky way galaxy about 5 billion years ago, a single gaseous cloud began to contract under the force of gravity

    在銀河星系的一個遙遠的角落大約5十億年前，一朵唯一氣體雲彩開始收縮在重力之下力量。
  15. Some consist mostly of blue stars and puffy clouds of gas, but little dust

    有些主要由藍星和蓬鬆的氣體雲組成，幾乎沒有塵埃。
  16. A star is formed when a cloud of gas collapses from the interstellar medium toward high density.

    一個氣體雲自星際物質中坍縮，密度達到很高時，即形成了一個恆星。
  17. The great nebula is a cloud of glowing gas centered on four hot, blue stars located about 1, 500 light-years from the earth.

    這個大星雲是以離地球大約1500光年的四顆很熱的藍星為中心的發光氣體雲。
  18. Also shown are huge clouds of multimillion degree gas and bright point like sources due to neutron stars and black holes

    同樣顯現在其中的是巨大的氣體雲團，溫度達幾百萬度，還有明亮的點源，這是由於中子星與黑洞造成的。
  19. Scientists theorize that earth began as a waterless mass of rock surrounded by a cloud of gas about 4. 6 billions years ago

    科學家推理，地球開始了作為巖石無水的大量由氣體雲彩圍攏大約4 . 6億萬幾年前。
  20. A number of studies indicate that clouds enriched in heavy elements are more likely to form stars with planetary systems

    一系列研究表明，富集了重元素的氣體雲更容易形成擁有行星系統的恆星。
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