聚变反应堆

词组短语

fusion reactor

与聚变反应堆相关的网络例句 [注：此内容来源于网络，仅供参考]

It is obvious that the sun is the only place can we find a stable nuclear fusion reactor.

很显然，太阳是唯一一个有可能发现稳定的核聚变反应堆的地方。

However, the technical problems are extremely great and successful fusion reactor s are still many years in the future.

然而还存在很多的技术问题，而成功的聚变反应堆仍是将来多年后的事情。

At present time, the main nuclear fusion reactor of the nuclear fusion researches is Tokamak.

目前，在核聚变研究中，主要的核聚变反应堆是Tokamak。

Officials from six nations and European Union have signed an agreement to build an experimental nuclear fusion reactor in France.

来自六个国家和欧盟的官员签订了协议，决定在法国建立核聚变反应堆。

This energy source can be exploit ed 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。

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。

The history of nuclear power development, the status of the third generation commercial nuclear power plant, the progress in the forth generation power system study, and the development prospect of controlled thermal nuclear fusion reactor are introduced in this paper.

回顾了核能发电技术的发展历程，介绍了第三代商用核电机组的发展目标和第四代核能利用系统的研发进展，以及可控热核聚变反应堆的发展前景。

Nobody has seen a stable nuclear fusion reactor, we do not know what a stable nuclear reactor looks alike; we even have not a concept about stable nuclear fusion reactors.

没有人看到过稳定的核聚变反应堆，我们不知道稳定的核聚变反应堆是什么样，我们甚至连稳定的核聚变反应堆的概念都没有。

To solve these problems, we must make it clear that: why helium could state in these materials; what disadvantages whill bring to the performance of these materials by these processes; what the influence factors of these processes and how we could control them. These problemes were came up from metaphase of 20th century, and that from 1970s, with the design of fusion reactor and the research development of its materials, we make it sure that these problems must be solved firstly.

为了解决这些问题就需要搞清楚：氦在材料中为什么能够滞留，在什么情况下会聚集、扩散及释放出来；这些过程对材料性能有什么害处；它受什么因素影响以及如何控制它等等。20世纪中期这些问题就已经被提出来，而从70年代开始，随着聚变反应堆的设计和聚变堆材料研究的进展，更加明确它是一个需要解决的难题。

China's nuclear energy application, like in many other countries, develops in "three steps"(i.e., from thermo neutron reactors to fast neutron breeding reactors and then to controlled fusion reactors).

中国的核能源的应用，在许多其他国家一样，发展的&三步走&（即从热中子反应堆快中子反应堆繁殖，然后再受控核聚变反应堆）。

与聚变反应堆相关的网络解释 [注：此内容来源于网络，仅供参考]

fusion breeder reactor：聚变增殖反应堆

fusion bomb 热核弹 | fusion breeder reactor 聚变增殖反应堆 | fusion core 聚变反应堆芯

fuel rod：(反应堆)燃料棒

fission(核)裂变 | fuel rod(反应堆)燃料棒 | fusion(核)聚变

fusion reactor：聚变反应堆

fusion point 熔点 | fusion reactor 聚变反应堆 | G-clamp G-形钳

nuclear fusion reactor：核聚变反应堆

nuclear fusion reaction 核聚变反应 | nuclear fusion reactor 核聚变反应堆 | nuclear gas turbine 核能燃气透平

graphite fusion reactor：石墨聚变反应堆

graphite furnace atomic emission spectrometry 石墨炉原子发射光谱测定法 | graphite fusion reactor 石墨聚变反应堆 | graphite lattice 石墨栅格

laser fusion reactor：激光聚变反应堆

laser fusion facility 激光聚变装置 | laser fusion reactor 激光聚变反应堆 | laser ignited 激光核聚变

fusion reactor system：聚变反应堆系统

fusion reactor 热核反应堆 | fusion reactor system 聚变反应堆系统 | fusion technology 聚变技术

ITER：国际热核聚变试验反应堆

表明我国已经具备了接近堆芯条件下的聚变堆经济性和工程性等前沿课题研究的能力,进一步缩短了我国与国际先进水平的差距,为我国"十一五"核聚变能源开发科研任务的完成及加入国际热核聚变试验反应堆(ITER)计划提供了坚实的技

laser ignited：激光核聚变

laser fusion reactor 激光聚变反应堆 | laser ignited 激光核聚变 | laser ignited fusion reactor 激光引烧聚变反应堆

hybrid resonance heating：混合共振加热

hybrid fusion reactor blanket 混合式聚变反应堆包层 | hybrid resonance heating 混合共振加热 | hybrid thermonuclear reactor 混合式热核反应堆