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nuclear fusion

英 [ˌnjuːkliə ˈfjuːʒn]

美 [ˌnuːkliər ˈfjuːʒn]

核聚变;核子融合

化学

英英释义

noun

  • a nuclear reaction in which nuclei combine to form more massive nuclei with the simultaneous release of energy
      Synonym:fusionnuclear fusion reaction

    双语例句

    • The upshot ( result) is that nuclear fusion can happen using rough-and-ready lasers and rough-and-ready fuel.
      结果就是利用简单的激光和一般的燃料,就产生了核聚变。
    • The European Union has chosen France as its candidate to host an ambitious project to replicate the sun's nuclear fusion process.
      欧盟推选法国作为主持一项重复实现太阳核聚变过程的计划的候选人。
    • Technological progress will be essential but, barring a breakthrough in nuclear fusion, it will not set us on a path to an energy system purged of fossil fuels.
      技术进步将必不可少,但除非在核聚变技术上获得突破,否则我们无法藉此建立一个没有化石燃料的能源体系。
    • For the long term the plan lists nuclear fusion, solar electric energy and the study of breeder reactors as priorities.
      从长远来看,该计划把核聚变、太阳能发电和增殖反应堆列在优先地位。
    • The son has to study for a test in physics and reads about the use of Tungsten in the first wall materials for nuclear fusion reactors, which might contribute to energy generation in the future.
      儿子就要进行物理考试,在阅读关于钨在核燃烧器内壁的应用,将来也许有利于能源工业。
    • A similar trend to scientific cooperation on a global scale was apparent in many other fields, like meteorology, astronomy, nuclear fusion, and space.
      在许多其他如气象学、天文学、核聚变以及空间科学领域中也同样存在全球规模的科学合作。
    • Substantial research efforts have shown nuclear fusion energy to be a promising technology for producing safe, pollution-free, and economical electric energy later in the21st century and beyond.
      大量的研究已经表明,因核聚变能源生产安全,无污染并且节约(经济)电力能源,其将是21世纪后期及以后一项大有可为的技术。
    • Nuclear fusion works by the combining of atomic nuclei, which releases huge amounts of energy.
      核聚变是通过原子核的合成而实现的,这种合成释放出巨大的能量。
    • In nuclear fusion, a pair of light nuclei unite ( or fuse) together, to form a nucleus of a heavier atom.
      在核聚变的情况下,一对轻核合并(或聚合)在一起,形成一个较重的原子核。
    • Conventional physics holds that nuclear fusion ignites at multimillion-degree temperatures.
      传统物理学认为,要引发核融合反应,必须将温度提高到数百万度。