nuclear fusion
英 [ˌnjuːkliə ˈfjuːʒn]
美 [ˌnuːkliər ˈfjuːʒn]
核聚变；核子融合
英英释义
noun
- a nuclear reaction in which nuclei combine to form more massive nuclei with the simultaneous release of energy
双语例句
- 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。 - 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。 - During this stage the Sun "burns" hydrogen in its core, combining hydrogen atoms into helium atoms in a process of nuclear fusion.
这一时期太阳在它的核心燃烧氢，将氢原子通过核聚变结合成氦原子。 - The fact is that this unique substance makes it possible to produce cold nuclear fusion, the smallest quantity of isotope is sufficient for creating the bomb of the unprecedented power and destructive force.
事实是独特的物质使生产寒冷的核熔合是可能的，同位素的最小量对创造空前能力的炸弹和毁灭性的力是充份的。 - 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。 - The energy of the Sun arises not from any burning process but from nuclear fusion, the transformation of hydrogen into helium, in part by a complicated process involving carbon and nitrogen.
大阳的能量不是来自燃烧过程，而是来自由氢到氦的核聚变，是部分由一个涉及碳和氮的复杂过程引起的。 - The physicist was aware of the potential danger of nuclear fusion.
那位物理学家意识到核融合潜在的危险。 - Nuclear weapon: or atomic weapon, or thermonuclear weapon; bomb or other warhead that derives its force from either nuclear fission, nuclear fusion, or both and is delivered by an aircraft, missile, or other system.
核子武器：亦称原子武器或热核武器，利用原子核的裂变或聚变产生爆炸力的炸弹或其它弹头，用飞机，火箭或其它战略发射系统发射。 - As the main base of the nuclear fusion in China, ASIPP has adapted VXI bus based data acquisition system as the main part of the distributed data acquisition system on HT-7 and HT-7U.
作为中国主要核聚变试验基地的中科院等离子物理所采用了VXI总线采集系统作为现有的HT-7托卡马克和建造中的国家‘九五’重大科学工程HT-7U托卡马克的分布式数据采集系统的重要组成部分。 - 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。