片语

fusion n energy resource聚变能源

fusion n energy research facility聚变能研究装置

fusion n energy聚变能量

fusion energy conversion聚变能转换

thermonuclear fusion energy热核能

fusion n energy conversion聚变能转换

inertial fusion energy ife惯性约束聚变能

nuclear fusion energy source核聚变能源

英汉例句

• iter is to demonstrate the scientific and technological feasibility of fusion energy for peaceful purpose.

  iter设计的宗旨是「演示聚变能和平应用的科学和工艺可行性」。

• transfiguring into sustainable health is a good daily intention as one runs one「s small and large fusion energy flow.

  当你运作自己的小型和大型融合能量流时，意愿转形到自我维生的健康中，是一个很好的每日意愿。

• in this paper the power flow, tritium and plutonium fuel cycle and the possibility of earlier application of the hybrid reactor as fusion energy source have been introduce briefly.

  对惯性约束混合堆的功率循环，氚钚生产的燃料循环和混合堆作为聚变能源的前期应用的可能性作了简要的介绍。

• by start from existing state of chinese energy source, the importance for developing hydrogen energy and fusion energy is explained.

  从分析中国能源的现状入手，说明开发氢能与聚变能的重要意义。

• taken aback, the physicist thinks a bit and asks, 」i wish that the princeton tokamak would achieve scientific fusion energy break-even.

  物理学家想了一会，说：”你能让普林斯顿的托卡马克装置实现聚变能吗？

• the trend of globe energy transformation is briefly analyzed, and it is indicated that main energy used by mankind during 21st century are two kinds: nuclear fusion energy and natural gas hydrate.

  简要分析了全球能源变换的趋势，指出21世纪人类所用的能源主要有核聚变能源和天然气水合物两大类。

• however, there have been doubts about the use of powerful lasers for fusion energy because the 「plasma」 they create could interrupt the fusion.

  但是，对用于产生聚变能源的高功率激光器的使用却一直是质疑不断，因为激光作用过程中产生的等离子体会中断聚变过程。

• pure deuterium reactions also produce neutrons, though only about 1/3 of the fusion energy is released as such.

  纯氘反应也会产生中子，虽然最多只能释放出三分之一的聚变能。

• about 80 percent of the fusion energy released is in the form of those neutrons, so the reaction isn「t very healthy (or useful) for a starship.

  大约80百分之的聚变能以中子的形式释放出来，所以这个核反应不是很大（或有用）对于一个星际飞船。

• substantial research efforts have shown nuclear fusion energy to be a promising technology for producing safe, pollution-free, and economical electric energy later in the 21st 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。

• perhaps the need for fusion energy will be greater than ever.

  也许对聚变能的需求比以往任何时候都要大的多。

• if the nif succeeds, politicians will be under pressure to invest in the technology to develop a first generation of demonstration plants to feed fusion energy into electricity grids.

  美国国家点火装置如获成功，政治人物就会受压投资于科技领域，以建立第一代并网发电的示范性电厂。

• instead, we」re spending ridiculous sums on no-hoper, marginal stuff like fusion energy and a massive smart meter rollout, that at best will only shave a fraction off peak demand.

  相反，我们却可笑地在毫无希望且收效甚微的项目上大笔投资，譬如核聚变能源及大规模智能化电表的推广，这些充其量只能满足英国电能高峰需求的一小部分。

• the results show that the hybrid reactor as early application of fusion energy is necessary and possible.

  说明混合堆作为聚变能的前期应用是必要的和可能的。