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cosmic rays

英 [ˌkɒzmɪk ˈreɪz]

美 [ˌkɑːzmɪk ˈreɪz]

n.  宇宙线

医学

牛津词典

    noun

    • 宇宙线
      rays that reach the earth from outer space

      柯林斯词典

      • 宇宙射线
        Cosmic raysare rays that reach earth from outer space and consist of atomic nuclei.

        双语例句

        • A key concern for astronauts as well as during the stay on Mars is dangerous radiation in the form of storms of high-energy particles from the sun as well as cosmic rays from deep space.
          对宇航员来说,以及对在火星停留来说,一个关键的问题是来自太阳的一阵阵高能量粒子风暴,及深层宇宙的宇宙射线中存在的危险辐射。
        • Subatomic particles are routinely detected smashing into Earth's atmosphere at incredibly high energies, but the origin of these ultra-high-energy cosmic rays ( UHECRs) remains a mystery.
          亚原子粒子被检测到以无法令人无法相信地高能进入地球大气层,但这些极端高能的宇宙射线的来源一直是个谜。
        • They are produced when cosmic rays ( fast-moving atomic nuclei from space) hit the atmosphere.
          它们是宇宙射线(来自宇宙空间的高速原子核)进入大气层时生成的。
        • The cosmic rays knock electrons off of atmospheric air molecules, while the lightning forces the electrons upward along electric fields.
          宇宙射线将电子剥落,使它们脱离大气的空气分子,同时闪电促使这些电子沿着电场向上冲去。
        • Supernova explosions release tremendous amounts of radio radiation, x-radiation and cosmic rays, as well as other elements.
          超新星爆炸时发射出大量的无线电射线、X射线和宇宙射线以及其他粒子。
        • Anything from cosmic rays to radiation to diet may activate a dormant oncogene, but how remains unknown.
          从宇宙射线、射到日常饮食,任何东西都可能激活一个处于静止状态下的致癌基因,但如何激活尚不为人知。
        • Unsolved Physics Puzzle in the Last Century: What Is Sources of High Energy Cosmic Rays THE ANCIENT SUPERNOVAE also provided new clues about dark energy, the underlying cause of the cosmic speedup.
          物理学中的世纪难题:高能宇宙线的起源之谜远古的超新星也提供了驱使宇宙加速膨胀之暗能量的相关新线索。
        • Escape pathlength of cosmic rays
          宇宙线逃逸路径长度
        • Several layers of shielding will safeguard the payload from cosmic rays, meteorites, and atomic oxygen.
          几层防护屏将保护有效负载免受宇宙射线、陨星和原子氧的危害。
        • The inelastic cross-section and the distribution of the number of wounded nucleons in proton-Air collision have significant influence on the development of EAS caused by superhigh energy cosmic rays.
          在对超高能区宇宙线产生的广延大气簇射的模拟计算中注意到,质子&空气核碰撞中的受伤核子数分布和非弹性截面对于簇射的纵向发展有着重要的影响。