1.
irradiated uranium dioxide fuel element
辐照二氧化铀燃料元件
2.
RESEARCH ON SOLVENT EXTRACTION PROCESS FOR REPROCESSING OF Th-U FUEL FROM HTGR
高温气冷堆钍铀燃料后处理溶剂萃取工艺研究
3.
Preliminary study on thorium-uranium fuel cycle in the equilibrium core of PWR
压水堆平衡堆芯钍铀燃料循环初步研究
4.
mixed oxide of plutonium and uranium
钚和铀混合氧化物燃料
5.
uranium plutonium mixed oxide fuel
铀钚混合氧化物燃料
6.
uranium-base fuel element
铀基释热[燃料]元件
7.
uranium plutonium mixed carbide fuel
铀钚混合碳化物燃料
8.
The flow of materials in the nuclear fuel cycle, from uranium mining through fuel reprocessing and waste disposal, is shown on the following page.
核燃料循环流程图，从开铀矿到燃料加工到废品处理，都显示在下图。
9.
It is necessary to enrich the fuel by increasing the percentage concentration of uranium-235.
必须提高铀235浓度的百分比，使燃料浓集。
10.
First, the recycled fuel is more expensive than the original uranium.
首先，再循环使用的燃料比原来的铀更贵。
11.
CONCEPTUAL DESIGN OF FIXED BED BURNING SYSTEM: A STUDY OF THE HEAD-END PROCESS FOR Th-U NUCLEAR FUEL CYCLE IN HTGR
固定床燃烧系统概念设计——钍-铀循环燃料后处理首端过程研究
12.
Determination of uranium in reactor fuel solutions and in uranium product solutions Iron (II) sulfate reduction/potassium dichromate oxidation titrimetric method?
反应堆燃料溶液和铀产品溶液中铀的测定?硫酸亚铁还原/重铬酸钾氧化滴定法
13.
Regulations for monitoring radioactivity in effluents from uranium processing and nuclear fuel fabrication facilities
GB/T15444-1995铀加工及核燃料制造设施流出物的放射性活度监测规定
14.
The earliest production reactors necessarily used normal uranium as fuel.
最早为生产用的反应堆，必须使用普通铀作为燃料。
15.
Study on the Determination Method of Trace Amounts of Fluoride, Chloride, Bromide Ions in Uranium Trioxide from the Spent Fuel Reprocessing of Nuclear Power Reactors;
动力堆乏燃料后处理产品三氧化铀中微量氟、氯、溴的测定方法研究
16.
Study on the Determination Method of Trace Nitrate Ion in Uranium Dioxide and Nitrite Ion in the Purex Process of Spent Nuclear Fuel Reprocessing;
二氧化铀中微量硝酸根及乏燃料后处理Purex流程料液中亚硝酸根的测定方法研究
17.
Uranium-enrichment plants-industrial facilities that require considerable skill to construct-take advantage of this property to produce reactor fuel.
铀富集工厂（需要非常特别的技术来建造的工业设施）就是利用这个特性，生产核反应器燃料。
18.
a highly fissionable isotope of plutonium that is used in atomic weapons and as a reactor fuel; produced by irradiating uranium 238 with slow electrons.
钚的一种极易裂变的同位素，用于核武器或作反应堆燃料，用慢电子辐照铀获得。