nuclear fuel cycle

英 [ˈnjuːkliə(r) ˈfjuːəl ˈsaɪkl] 美 [ˈnuːkliər ˈfjuːəl ˈsaɪkl]

n.  核燃料循环

化学



双语例句

  1. International Conference on Nuclear Power and its Fuel Cycle
    国际核动力及其燃料循环会议
  2. Glossary of terms: nuclear science and technology& Nuclear fuel and Nuclear fuel cycle
    GB/T4960.3-1996核科学技术术语核燃料与核燃料循环
  3. The current policy is being reconsidered now where we might in fact go into this complete nuclear closed fuel cycle, as they call it.
    当前的政策已经被重新考虑了,我们可能事实上,进入这个完整的,核结束的燃料循环,他们这样说。
  4. Some Strategic Considerations on the Development of Advance Nuclear Fuel Cycle Technologies in China
    我国先进核燃料循环技术发展战略的一些思考
  5. The quantitative check of academic thesis on evaluating technical or professional title; Some Strategic Considerations on the Development of Advance Nuclear Fuel Cycle Technologies in China
    专业技术职务评审中学术论文的量化考核我国先进核燃料循环技术发展战略的一些思考
  6. The flow of materials in the nuclear fuel cycle, from uranium mining through fuel reprocessing and waste disposal, is shown on the following page.
    核燃料循环流程图,从开铀矿到燃料加工到废品处理,都显示在下图。
  7. Multinational nuclear fuel cycle centre
    多国核燃料循环中心
  8. Nuclear Fuel Cycle Information System
    核燃料循环信息系统
  9. Conceptual design of fixed bed burning system: a study of the head-end process for Th-U nuclear fuel cycle in HTGR
    固定床燃烧系统概念设计&钍-铀循环燃料后处理首端过程研究
  10. The model and optimization of HTGR nuclear fuel cycle ( I)& multi-reactor model
    高温气冷堆燃料循环模型及其优化(Ⅱ)&多堆模型
  11. In particular, discussed issues on nuclear fuel cycle and Non proliferation.
    特别讨论了有关核燃料循环与防止核扩散的问题。
  12. In order to minimize the environmental impact of nuclear spent fuel discharged from nuclear power reactors, researches of partitioning/ transmutation and advanced nuclear fuel cycle are expanded in several nations.
    为了减少核电反应堆产生的乏燃料对环境的影响,国际上开展了分离/嬗变和先进核燃料循环的研究。
  13. Present Supply and Demand on the World Uranium Market and Decision of the Nuclear Fuel Cycle Policy
    世界铀市场的供求现状和核燃料循环决策浅析
  14. The model and optimization of LWR nuclear fuel cycle
    轻水堆核燃料循环模型及优化
  15. Based on the existing pressurized water reactors ( PWR) and Canada deuterium uranium ( CANDU) reactors in China, one advanced nuclear fuel cycle strategy of PWR/ CANDU synergism was proposed.
    根据我国已拥有压水堆(PWR)和坎杜(CANDU)堆的具体情况,提出一种PWR/CANDU联合核燃料循环的策略。
  16. The Economic Comparation among Three Kinds of Nuclear Reactor Fuel Cycle
    三种堆型核燃料循环经济性比较
  17. Nuclear Fuel Cycle in Nuclear Power Development
    核电发展中的核燃料循环
  18. Study of RU Utilization in CANDU Reactor-an Advanced Nuclear Fuel Cycle of PWR/ CANDU Synergism
    CANDU堆应用RU的PWR/CANDU联合核燃料循环的研究
  19. The present status of nuclear fuel cycle in FRG
    西德核燃料循环的现状
  20. For the sake of full utilization of uranium resources and the minimization of nuclear waste, the closed fuel cycle of fast breeder reactor is the fundamental way out for the sustainable development of nuclear fission energy.
    为了充分利用铀资源并实现核废物的最少化,快堆燃料闭式循环是核裂变能可持续发展的根本出路。
  21. Technical and Industrial Evolutions in the Nuclear Fuel Cycle
    核燃料循环中的技术与工业演变
  22. The status of the nuclear back end fuel cycle
    堆后核燃料循环的发展
  23. Recent prospects of MOX fuel and strategy about nuclear fuel cycle
    混合氧化物燃料应用前景及核燃料循环战略
  24. Study on Advanced Nuclear Fuel Cycle of PWR/ CANDU Synergism
    PWR/CANDU联合核燃料循环研究
  25. Preliminary study on nuclear fuel cycle scenarios of China before 2020
    2020年前我国核燃料循环情景初步研究
  26. A Survey of Innovative Trains of Thoughts for Nuclear Power Fuel Cycle Engineering of Pressurized Water Reactor
    压水堆核电燃料循环工程技术创新思路探析
  27. Recent Developments in Studies of Advanced Nuclear Fuel Cycle System
    先进核燃料循环体系研究进展
  28. Because of the inherent flexibility of nuclear fuel cycle in CANDU reactor, the transition from the nature uranium to the recycled uranium ( RU) can be completed without any changes of the structure of reactor core and operation mode.
    由于CANDU堆对核燃料循环的固有灵活性,堆芯结构及运行方式不需作重大改变,即可完成从天然铀到RU的过渡。
  29. Major radioactive waste from nuclear military facilities left over from radioactive waste, nuclear power plants annually produce radioactive waste, as well as radioactive waste nuclear fuel cycle facilities and nuclear technology applications such as radioactive waste.
    我国的放射性废物主要来源于军工核设施遗留的放射性废物、核电站每年产生的放射性废物以及核燃料循环设施和核技术应用产生的放射性废物等。