fission energy信息详情
对裂能,裂变能量
fission───n.裂变;分裂;分体;分裂生殖法
fission definition───裂变定义
fission reaction───裂变反应,分裂反应
fission yeast───裂殖酵母
fission reactors───[核]裂变反应堆
binary fission───(原生动物、细胞等的)[生物]二分裂;二分体;二分裂,二分体
fission sv───裂变sv
fission chips───裂变芯片
energy───n.[物]能量;精力;活力;精神
micro- and nano-science and technology have played and will continuously play a unique role in advanced nuclear fission energy system.───核能中的微纳米技术光明的方向。
development and commercial application in large scale of fission energy have respectively 50 and 25-year-long history.───裂变能的开发及大规模商业应用,已分别有50年与25年的历史。
The energy comes from nuclear power reactors in the fissile material (nuclear fuel) for the release of fission fission energy.───核能发电的能量来自核反应堆中可裂变材料(核燃料)进行裂变反应所释放的裂变能。
The Conditions and Possibilities of the Sustained Development of Nuclear Fission Energy Resources───裂变核能源持续发展的条件和可能
Fukushima I-4's spent fuel alone, while in the reactor, had produced (over years, not in an instant) more than a hundred times more fission energy and hence radioactivity than both 1945 atomic bombs.
The energy comes from nuclear power reactors in the fissile material (nuclear fuel) for the release of fission fission energy.
The micro- and nano-science and technology have played and will continuously play a unique role in advanced nuclear fission energy system.
The development and commercial application in large scale of fission energy have respectively 50 and 25-year-long history.
The characteristics of the different fuel cycle options are analyzed from the view point of sustainable development of nuclear fission energy.
- fission fusion society
- fission distribution
- fission heat
- fission heating
- fission chamber
- fission product
- fission process
- fission corrosion
- fission irradiation
- fission mailed
- fission crosssection
- fission sv jacket
- fission material
- fission weapon
- fission sv macai
- fissionability
- fissionable
- fissionable material
- fission sv dimma
- fissionfusion
- fission yeast s