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- Although the ILC's price tag may seem steep, it is roughly comparable to the costs of large science programs such as the LHC and the ITER nuclear fusion reactor. ILC的造价看似昂贵，它倒还和LHC与ITER核融合反应器等大型计画的花费约略相当。
- Nuclear fusion reactor triggered by laser 激光触发核聚变反应堆
- A novel design method for nuclear fusion reactor 新型反应堆可视化设计方法研究
- Therefore, this way is able to meet the practice requirements, such as used for recycling Tokamak exhaust gases expelled from nuclear fusion reactors. 因此，采用本方法回收处理核聚变反应堆中的托卡马克废气完全能够满足实际需要。
- nuclear fusion reactor 热核反应堆,核聚变反应堆
- Nuclear fusion is a compelling idea. 核聚变的概念引人入胜。
- A nuclear fusion is a thermonuclear reaction. 核聚变是一种热核反应。
- Nuclear fusion is the energy source that keeps the sun alive. 核聚变是使太阳保持活力的能源。
- The erosion of a divertor target of beryllium in a fusion reactor is discussed. 讨论了偏滤器铍靶在聚变堆工况下的腐蚀问题。
- The physicist was aware of the potential danger of nuclear fusion. 那位物理学家意识到核聚变潜在的危险。
- ITER(International Thermonuclear Experimental Reactor) is a planning international Tokamak reactor designed to demonstrate the feasibility of the full dimensions controlled nuclear fusion technology. 国际热核聚变实验实验堆)是规划建设中的一个为验证全尺寸可控核聚变技术的可行性而设计的国际托卡马克实验堆。
- Nuclear fusion has created helium, carbon and other chemical elements. 核聚变已产生了氦气，二氧化碳和其他化学元素。
- Specifications for tritium breeding material onthe basis of characteristics of the pure Fusion reactor and Fusion-Fission hybridreactor are discussed. 根据聚变堆和聚变-裂变混合堆的特点讨论了对包层氚增殖材料的要求,列举了几种可作氚增殖的合理材料特性。
- A new generation fusion reactor will be needed after that to prove the next step, ignition. 此后，将需要新一代的聚变反应堆对下一阶段，即“起爆”阶段进行试验。
- This energy source can be exploited as soon as an economical fusion reactor is developed. 一旦买用的聚变反应堆被研制出来,此能源就可被开发。
- This article outlines a model for calculating the parameters oi a tokamak fusion reactor core. 本文概述了托卡马克聚变堆堆芯参数计算的一种基本模型。
- Abstract Tritium technology for the pure Fusion reactor and Fusion-Fission hybridreactor are described in this paper. 摘要 文章描述了聚变堆和聚变-裂变混合堆的氚工艺问题。
- 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。
- Problems of tritium safetyand protection for pure Fusion reactor and Fusion-Fission hybrid reactor also arediscussed. 最后对混合堆的氚安全及防护问题进行了讨论。
- Following this,China began its systematic research on the technology of laser-based nuclear fusion. 此后，中国就开始系统研究激光核聚变问题。
