超细粉体

  • 网络ultrafine powder;superfine powder
超细粉体超细粉体
  1. TiO2/ZnO超细粉体共混改性PET的流变性能

    Rheological behavior of PET blend-modified with TiO_2 / ZnO superfine powder

  2. TiO2超细粉体的合成及用于麻脱胶废水处理

    Preparation of TiO_2 superfine powder and its application in treating retting-hemp waste water

  3. Al2O3超细粉体在有机介质中的稳定性控制

    Research on stability of alumina ultrafine powders in nonaqueous media

  4. 草酸盐热分解法制备ZnO超细粉体的工艺研究

    Technology Study of ZnO Ultrafine Powder Synthesized by Oxalate Thermal Decomposition

  5. 均匀沉淀法制备α-Fe2O3超细粉体的研究

    Preparation of Ultrafine α - Fe_2O_3 Powder by Homogeneous Precipitation Method

  6. 共沉淀制备Y2O3/ZrO2超细粉体

    Preparation of Y_2O_3 / ZrO_ 2 Ultrafine Powder by Co-precipitation Method

  7. 撞击流反应制备CeO2超细粉体

    Preparation of the Ultra-fine CeO_2 Powder in Submerged Circulative Impinging Stream Reactor

  8. 砂磨粉碎制备SiC超细粉体

    Preparation of Superfine SiC Powder by Attrition Milling

  9. pH值对沉淀法制备Cu2(OH)3Cl-CuO超细粉体催化活性的影响

    Effect of pH value on the catalytic activity of cu_2 ( oh ) _3cl-cuo ultrafine powder preparation by precipitation method

  10. 用于制备YAG透明陶瓷激光材料超细粉体的合成及其表征研究

    Investigation on Synthesis and Characterization of the Ultrafine Powder Used for YAG Transparent Ceramic of Laser

  11. 对目前常用的几种制备PZT超细粉体的湿化学方法作了较详细的综述。

    The common wet chemical ways to prepare PZT ceramics were summarized .

  12. 快速均匀沉淀法制备PZT压电陶瓷超细粉体

    Preparation of PZT ultrafine ceramics piezoelectric powders with quick homogenous precipitation method

  13. 溶-胶凝胶法制备纳米SiO2超细粉体

    Preparation of Superfine Particles of Nanometer Silicon Dioxide by Sol-gel Method

  14. TiO2/ZnO超细粉体对PET纤维抗紫外性能及力学性能的影响

    Effects of super fine powder of TiO_2 / ZnO on UV-resistance and mechanics of PET fibre

  15. 碳热还原氮化法制备AlN超细粉体新工艺

    Synthesis of AlN Ultrafine Powders by Carbothermal Reduction and Nitridation Method

  16. 以硝酸铈为原料,碳酸氢铵为沉淀剂,用微波加热的方法制备了纳米CeO2超细粉体。

    Nanometer CeO_2 powders were prepared by means of microwave radiation using cerous nitrate and ammonium hydrogen carbonate .

  17. 不同工艺制备ZrO2&Al2O3复合陶瓷超细粉体的研究

    Study on the Preparation of Ultrafine Powder of ZrO_2-A1_2O_3 Ceramic Composites by Different Processing

  18. 而以SiO2气凝胶超细粉体为基本载体材料的Co/ZrO2-SiO2催化剂显示出高的CO+H2合成重质烃的活性和选择性。

    Cobalt catalyst supported on ZrO_2 modified SiO_2 aerogel shows high Fischer-Tropsch synthesis activity and heavy products selectivity .

  19. CuO超细粉体的形貌与红外特性研究

    Study on the Morphology and Infrared Spectrum Behavior of Ultrafine Powder CuO

  20. 沉淀剂对CuO超细粉体形态与性能的影响

    Effect of precipitant on the morphology and performances of ultrafine powder CuO

  21. 沸腾回流均相沉淀法合成超细粉体TiO2

    Preparation of ultrafine powder TiO2 particles by homogeneous precipitation method under boiling reflux conditions

  22. 机械力活化固相反应法制备ZrO2超细粉体的研究

    Research of ZrO_2 Nanoparticles Prepared by Mechanical Activation Solid State Reaction

  23. ZrO2超细粉体化学沉淀法制备的工艺研究

    On Improvement of ZrO_2 Ultrafine Powder Prepared by Chemical Precipitation Process

  24. 液相沉淀法制备WS2超细粉体

    The preparation of superfine powder ws_2 via a precipitation process in aqueous solution

  25. 借助透射电子显微镜(TEM)、X射线衍射仪(XRD)和物理吸附仪等仪器对纳米氢氧化铝镁超细粉体进行表征,并对其分散性能进行了探讨。

    It is characterized by using transmission electron microscope ( TEM ), X-ray diffractometer ( XRD ), specific surface area and porosimetry while its dispersion is investigated .

  26. 能够制备出粒度均匀、分散性好的纳米PZT超细粉体,粒径为10~30nm。

    The best PZT precursor powder that is soft agglomerated and 10 ~ 30 nm of primary particle size was synthesized .

  27. 湿化学法制备Pb(ZrxTi(1-x))O3超细粉体的研究进展

    Progress in Preparation Technology of Pb ( Zr_xTi_ ( 1-x )) O_3 Ultrafine Powder by Wet-Chemical Method

  28. 采用沉淀法并用柠檬酸作分散剂合成HAP超细粉体。

    In this paper , HAP ultrafine powder was prepared by chemical precipitation with citric acid as dispersant .

  29. SnO2-Cu2(OH)3NO3-CuO复合超细粉体的制备及其对AP热分解催化作用

    Preparation of SnO_2-Cu_2 ( OH ) _3NO_3-CuO ultrafine powder and its catalytic action on thermal decomposition of AP

  30. 溶胶凝胶法制备YBa2Cu3O(7-δ)超细粉体及其性质

    Preparation and Research of YBa_2Cu_3O_ ( 7 - δ) Ultrafine Particles by Sol-Gel Process