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次原子粒子 meaning in Chinese

subatomic particle
subatomicparticle

Examples

  1. Physicists cannot see subatomic particles directly , for instance , so they verify their existence by watching for telltale tracks that the particles leave in cloud chambers
    例如物理学家无法直接观察次原子粒子,因此他们观察那些粒子在云雾室中的轨迹,轨迹证实它们的存在,并透露了它们的性质。
  2. The ultimate goal of observational cosmology is to capture the entire history of the universe , providing a seamless picture of our descent from a shapeless gas of subatomic particles
    观测宇宙学的终极目标,是建构宇宙的完整历史,对于宇宙最早由次原子粒子所构成的无形气体,提供清晰连贯的图像。
  3. This same relationship may be observed in the nucleus and surrounding electrons within an atom . and these subatomic particles are in turn made up of spinning sub - particles
    我们从观察原子的结构,也可以看到这种组成分子与整体的关系,原子是由原子核与外围的电子组成,而这些原子粒子也是由一些旋转的次原子粒子所组成。
  4. As an example , general relativity is unable to explain what will happen if a subatomic particle hits the singularity of a black hole which is a phenomenon predicted by general relativity and involves gravity in the macro world
    如例,广义相对论就不能结解释如果一个次原子粒子偶然碰上黑洞的奇异所要发生的,广义相对论预言了这个现象而牵涉宏观世界引力。
  5. This is because although atoms and subatomic particles are the building blocks of matter , when analyzing the universe on large scales one finds that the dominant force becomes gravity - - which is described using einstein ' s general theory of relativity
    这是因为尽管原子和次原子粒子是建构物质的块,当大范围分析宇宙在时候,一个人就会发现支配力变为引力?它用爱因斯坦的广义相对论来描述。

Related Words

  1. 流动粒子淬火
  2. 原子堆
  3. 溶质原子
  4. 中性原子
  5. 安原子
  6. 胖子原子
  7. 原子锅
  8. 原子旋转
  9. 原子火箭
  10. 裂变原子
  11. 次原子化学
  12. 次原子价结合
  13. 次圆砾石
  14. 次圆形的
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