愛因斯坦空間 的英文怎麼說

中文拼音 [àiyīnsītǎnkōngjiān]
愛因斯坦空間 英文
einstein space
  • 愛 : Ⅰ動詞1 （對人或事物有很深的感情） love 2 （喜歡； 愛好； 喜好） like; be fond of; be keen on 3 （...
  • 因 : Ⅰ動詞[書面語] （沿襲） follow; carry on Ⅱ介詞1 [書面語] （憑借; 根據） on the basis of; in accord...
  • 斯 : Ⅰ名詞（古代驅疫時用的面具） an ancient maskⅡ形容詞[書面語] （醜陋） ugly
  • 坦 : Ⅰ形容詞1 （平） level; smooth; flat 2 （坦白） candid; frank; open 3 （心裏安定） calm; composedⅡ...
  • 空 : 空Ⅰ形容詞（不包含什麼; 裏面沒有東西或沒有內容; 不切實際的） empty; hollow; void Ⅱ名詞1 （天空） s...
  • 間 : 間Ⅰ名詞1 （中間） between; among 2 （一定的空間或時間里） with a definite time or space 3 （一間...
  • 愛因斯坦 : einstein （albert 1879 3 14 1955 4 18 德國出生的美籍著名理論物理學家）愛因斯坦定律 einstein s law...
  • 空間 : space; enclosure; room; blank; interspace
  1. In using his new theory to try to describe the universe, einstein sought a solution that was finite, static and adhered to mach ' s principles ( for instance, a finite distribution of matter trailing off into emptiness did not seem to satisfy mach ' s notion of matter being necessary to define space )

    當愛因斯坦利用他的新理論來描述宇宙的時候，他所追尋的是一個有限的、靜態的、滿足馬赫原理的解（例如，物質的分佈如果僅局限於有限的空間?圍之內，則似乎不能滿足馬赫原理，因為馬赫認為我們需要物質以便定義空間） 。
  2. Albert einstein suggested long ago that we are adrift in a universe filled with waves from space

    阿爾伯特?愛因斯坦在很久以前發現，我們漂泊在充滿著空間波動的宇宙中。
  3. 2. 5. 2 relativistic space - time about a century ago, einstein discovered the relativistic space - time and thought that space - time should not be absolute anymore and that absoluteness of space and time was no longer applicable in this space - time

    大約在一個世紀前，一位偉人-愛因斯坦開創了相對時空領域，相對論認為時間和空間都不是絕對的，愛因斯坦發現對時空的描述與描述者間的相對運動狀況有關，第一時空的絕對時空觀念已不再適用。
  4. According to albert einstein ' s theory of general relativity, gravity arises from the geometry of space and time, which combine to form spacetime

    根據愛因斯坦的廣義相對論，重力源起於空間和時間的幾何，空間與時間則合併成時空。
  5. Kaluza and klein noticed that einstein ' s geometric theory of gravity might provide this connection if an additional spatial dimension existed, making spacetime five - dimensional

    卡魯扎和克萊恩注意到，如果有一個額外的空間維度存在，則時空變成五個維度，那麼愛因斯坦關于重力的幾何理論便能提供這種關聯。
  6. Although many ultraluminous x - ray sources in nearby galaxies were discovered by the einstein x - ray observatory and rosat, the poor sensitivity and spatial resolution provide little information about their nature. in particular, due to source confusion, it is very difficult for astronomers to search for signatures at other wavelengths in order to study the physical nature of ultraluminous x - ray sources

    雖然愛因斯坦射線天文臺和倫琴射線衛星至今已發現了不少這類超強射線源，但由於靈敏度和空間解析度不足，所得的資料非常有限，再加上無法精確判定-射線的源頭位置，因此天文學家往往難以在其他波段來對它們進行詳細研究。
  7. But in einstein ' s general theory of relativity, the foundation of modern cosmology, space is dynamic

    不過在近代宇宙學的基礎愛因斯坦的廣義相對論中，空間是動態的。
  8. Viewed in the context of einstein ' s general theory of relativity, hubble ' s law arises because of the uniform expansion of space, which is merely a scaling up of the size of the universe [ see top illustration in box on page 65 ]

    以愛因斯坦的廣義相對論觀之，哈伯定律起因於空間的均勻膨脹，純粹只是宇宙尺寸的膨脹（詳見67頁圖） 。
  9. This article studies the problem of bose - einstein condensation for the ideal bose gas in external potential field of the arbitrary spatial, thus the heat capacity is calculated and the heat capacity properties is discussed

    摘要研究了在任意空間外勢場中理想玻色氣體的玻色愛因斯坦凝聚問題，從而計算熱容量且討論了熱容量性質。
  10. Around the world, universities and academies are celebrating the 100th anniversary of einstein ' s " miracle year " when he published five scientific papers in 1905 that fundamentally changed our grasp of space, time, light and matter. only he could top himself about a decade later with his theory of general relativity. born in the era of horse - drawn carriages, his ideas launched a

    今年剛好是愛因斯坦「奇跡年」一百周年紀念，世界各地的大學和研究機構都在紀念具有傳奇色彩的1905年，因為在那一年，愛因斯坦發表了五篇科學論文，從根本上改變了人們對空間時間光和物質的理解，也只有他自己才能在10年後再次超越自己，提出了廣義相對理論。
  11. Richard fayman, a outsanding quantum physicist after einstein, made a speech whose title was " there is plenty of room at the bottom " in the american annual symposium about physics in 1959. it is considered as resource of the thought of nano - st

    被認為愛因斯坦之後最傑出的量子物理學家理查德?費曼，在1959年的美國物理學年會上發表《底部有很大空間》的演講，這被公認為是納米科學技術思想的來源。
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