uranium dioxide

uranium dioxide 基本解释

二氧化铀

化学

重点词汇

• dioxiden. 二氧化物 [医] 二氧化物
• uraniumn. 铀 [化] 铀U

uranium dioxide 双语例句

1. 1、 Determination of carbon content in uranium dioxide powder and sintered pellets-resistance furnace combustion-titrimetric/ coulometric/ infrared absorption methods?
   用电阻炉测定二氧化铀粉末及烧结芯块中碳含量－－燃烧滴定分析法/库仑法/红外吸收法？
2. 2、 uranium dioxide pellet-Determination of total hydrogen
   GB/T13698-1992二氧化铀芯块中总氢的测定
3. 3、 Irradiated uranium dioxide fuel element
   辐照二氧化铀燃料元件
4. 4、 Determination of trace elements in uranium dioxide powders and pellets by ICP-AES
   GB/T13372-1992二氧化铀粉末和芯块中杂质元素的测定ICP-AES法
5. 5、 But in terms of the different types of reactors the fuel form is the same uranium dioxide.
   但是关于不同种类的反应堆，燃料的形式是相同的，二氧化铀。
6. 6、 AES Study of Growth Process of Al Thin Films on uranium dioxide
   UO2表面铝薄膜生长过程的AES原位研究
7. 7、 Plus, the fuel input is essentially weapons-grade uranium, which is difficult to handle compared with the chemically stable material that powers most nuclear plants, namely uranium dioxide.
   另外，其燃料实质上是武器级的铀元素，相比多数核电站所用、化学上比较稳定的二氧化铀更难处理。
8. 8、 Determination of 16 trace elements in uranium dioxide by ICP-AES
   ICP-AES法测定二氧化铀中16种杂质元素
9. 9、 Determination of Fluorine, Chlorine, Bromine and Sulfur in Nuclear Grade uranium dioxide Powders by Pyrohydrolytic-ion Chromatography
   高温水解-离子色谱法测定核电级二氧化铀中氟、氯、溴、硫
10. 10、 Based on point defect model, the mechanism of low-temperature sintering for uranium dioxide was studied in this paper.
    基于PDM（pointdefectmodel），研究了UO2+x在微氧化性气氛下低温烧结的机理。
11. 11、 P/ m technology of uranium dioxide nuclear fuel
    二氧化铀核燃料的粉末冶金技术
12. 12、 The Chemical Technical Study of Producing Ceramic-Grade uranium dioxide by AUC Process
    二氧化铀氢氟化动力学用AUC法制备陶瓷级UO2的化工工艺研究
13. 13、 Determination of 7 trace elements in nuclear pure uranium dioxide by ICP-AES
    季铵萃取树脂色谱分离-ICP/AES法测定核纯级二氧化铀中7种杂质元素的研究
14. 14、 An analytical method for the determination of Li, Na, K and Cs in uranium dioxide is developed.
    色层分离-原子吸收/火焰光度法是为分析测定动力堆元件、UO2粉末和芯块中痕量Li、Na、K和Cs而研究建立的标准分析方法。
15. 15、 The test and production in preparing uranium dioxide from uranyl nitrate in the fluidized bed by the denitration and reduction
    在流化床中硝酸铀酰脱硝－还原制备二氧化铀的试生产
16. 16、 A method for determination of B, Ti, V, Zn, Cr, Mo and Cd in uranium dioxide and uranium uranic oxide powders by inductively coupled plasma mass spectrometry ( ICP MS) is presented and described.
    本文简述了等离子体质谱法测定二氧化铀和八氧化三铀粉末中的硼、钛、钒、钼、铬、锌、镉等7个痕量元素的方法。
17. 17、 The Improvement of the Design of Ceramic uranium dioxide Pellet
    二氧化铀陶瓷芯块设计的改进
18. 18、 Preparation of uranium dioxide powder: process for production coarse particle Adu precipitate in pilot plant
    二氧化铀粉末的制备&粗颗粒ADU沉淀中间工厂实验
19. 19、 Determination of Trace Beryllium and thorium in uranium dioxide
    二氧化铀中微量铍和钍的测定
20. 20、 This paper investigated the influence which the different sizes and geometric shapes of ceramic uranium dioxide pellet have upon the pellet-cladding interaction, improved the pellet design and introduced several kinds of new pellets.
    本文研究二氧化铀陶瓷芯块的不同尺寸平和几何形状对芯块和包壳相互作用的影响。改进芯块设计，介绍几种新的芯块。
21. 21、 Determination of trace elements in nuclear power uranium dioxide by chromatographic separation-icp/ aes method
    核电用二氧化铀中杂质元素的色谱分离-ICP/AES法测定
22. 22、 The chemical state of resultant species were determined by the characteristic peaks of U and O elements in XPS analysis. The results showed that the output of uranium-water vapor reaction is uranium dioxide ( UO_ ( 2)).
    XPS分析中分别以U和O二种元素的特征峰U4f（7／2）和OIs的峰能量值来确定元素所处的化学状态，表面反应产物经XPS分析主要为UO2。
23. 23、 The exploration on the new process of hydrofluorination of uranium dioxide
    二氧化铀氢氟化新工艺的探索
24. 24、 Fabrication practice of uranium dioxide pellet for nuclear power plant
    核电站用二氧化铀芯块的制造实践
25. 25、 Study of reactivity of uranium oxides I. uranium dioxide from unh by one step Denitration Process
    氧化铀的反应性能&Ⅰ.一步脱硝法制得的二氧化铀
26. 26、 Hydrofluorination of uranium dioxide is an important intermediate process in nuclear fuel production. From the viewpoint of kinetics, it is a typical representation of complex non-catalytic gas-solid reactions.
    二氧化铀氢氟化是核燃料生产中重要的中间过程，从动力学的观点来看它又是复杂的非催化气固反应的典型代表。
27. 27、 Analysis of production cost of uranium dioxide from ore
    从矿石生产二氧化铀的成本分析
28. 28、 The defluorination kinetics of ceramic grade uranium dioxide
    陶瓷级二氧化铀的脱氟动力学
29. 29、 Determination of trace elements in ceramic uranium dioxide pellets powders CRMs by ICP AES
    ICP-AES法测定陶瓷UO2芯块粉末标准物质中Al、Ba、Co、Ta、Ti和V