八氧化三铀

  • 网络triuranium octoxide;triuraniumoctaoxide
八氧化三铀八氧化三铀
  1. 色谱分离ICP-AES法测定高纯度八氧化三铀中的13种微量杂质

    Determination of 13 elements in uranium by chromatography separation and ICP-AES

  2. ICP-MS法测定八氧化三铀中钼的测量结果的不确定度评定

    Evaluation on Uncertainty of Measurement Result for Molybdenum in U_3O_8 by Inductively Coupled Plasma Mass Spectrometry

  3. 用X射线光电子能谱(XPS)分析研究了八氧化三铀(U3O8)的表面结构以及一氧化碳对U3O8表面结构的影响。

    The surface structure of triuranium octaoxide ( U 3O 8 ) and the influence of carbon monoxide on the surface layer of U 3O 8 have been studied by X-ray photoelectron spectroscopy ( XPS ) .

  4. CL-TBP萃淋树脂分离和络合物吸附波测定八氧化三铀中的微量镍和钴

    Separation and concentration of nickel and cobalt with CL-TBP EXTRACTANT-CONTAINING resin in u_3o_8 and its determination by adsorption complex wave

  5. 八氧化三铀中铀的精密测定&恒电流库仑滴定法

    Precision determination of uranium in uranium oxide by constant-current coulometry

  6. 阳离子交换分离-发射光谱法测定金属铀或八氧化三铀中微量硼

    Cation exchange SEPARATION-EMISSION Spectrographic Determination of boron in uranium metal or uranium oxide

  7. 方波悬汞吸附伏安法测定八氧化三铀中的钛

    Determination of Titanium in Triuranium Octaoxide by Square Wave Static Mercury Adsorption Voltammetry

  8. 恒电流库仑法测定八氧化三铀中的铀

    Constant Current Coulometric Determination of Uranium in U_3O_8

  9. 催化极谱法同时测定核纯八氧化三铀中痕量铅和镉

    Simultaneous determination of trace cadmium (ⅱ) and lead (ⅱ) in Nuclear-pure u_3o_8 by catalytic polarographic method

  10. 八氧化三铀粉末制备与利用

    Production and Application of U_3O_8 Powder

  11. 激光荧光法测定八氧化三铀中的痕量钐、铕、铽和镝

    Determination of Ultratrace amount of samarium , europium , terbium and dysprosium in uranium oxide by laser-induced fluorescence spectrometry

  12. 7402季胺萃取色层分离-ICP-AES法测定八氧化三铀中痕量铌、钽、锆、钛

    7402 quaternary ammonium extraction chromatographic separation and determination of trace niobium , tantalum , zirconium , titanium in u_3o_8 by ICP-AES

  13. 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。

    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 .