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- Abstract: Basic principle ofthe controlled nuclear fusion and the Tokamak device used for nuclear fusion reaction are presented in brief. 中文摘要: 简要地叙述了受控核聚变反应的基本原理和实现受控核聚变反应的托卡马克装置。
- The HT-7 is a super conduct Tokamak in China used to make research on the controlled nuclear fusion as a national project for fusion research. HT-7是国家大科学工程的一个超导托卡马克装置,用于研究受控聚变反应。
- 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。
- a nuclear reactor that uses controlled nuclear fusion to generate energy. 用受控核聚变控制能量产生的反应堆。
- a nuclear reactor that uses controlled nuclear fusion to generate energy 用受控核聚变控制能量产生的反应堆
- Controlled Nuclear Fusion Research in China Ranks Advanced Level in the World 我国受控核聚变研究居世界先进水平
- Current Status and Future Technical Challenges for the Research of Superconducting Controlled Nuclear Fusion Magnet Engineering 超导在受控核聚变能磁体工程研究中的应用概述
- 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。
- controlled nuclear fusion 受控核聚变
- 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 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。
- 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。
- If the star was to have a larger mass however, then it may possibly be a Supernova, meaning that the nuclear fusion within the star simply goes out of control causing the star to explode. 然而，如果恒星质量再大一些，它可能会成为超新星，意即恒星内部的核溶解干脆摆脱了控制，造成星球爆炸。
- Faith in controlled nuclear fission is now being shown by the construction of actomic power stations. 现在原子电站的建设，表明了对可控核裂变的信心。
- Faith in controlled nuclear fission is now being shown by the construction of atomic power stations. 现在原子能电站的建造,显示了对受控核裂变的信心。
- 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。
- 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。
- "Controlling Nuclear Warheads and Materials." Research Library. NTI. 控管核弹头和核物质，NTI之研发中心.
- 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。
