悬浮液

  • 【煤】suspension
悬浮液悬浮液
  1. 超细Fe(OH)2悬浮液氧化反应中氧传递速率

    Oxygen Mass Transfer in Ultrafine Fe ( OH ) _2 Slurry

  2. 叶绿素寡聚体的光化学性质及其水悬浮液在光下的pH变化

    Photochemistry of chlorophyll oligomer and the pH change in its suspension under light

  3. Fe(OH)2水悬浮液放氢机理的研究

    On the mechanism of hydrogen evolution from aqueous suspension of ferrous hydroxide

  4. 悬浮液的pH在培养周期中先降低,后升高,再降低。

    The pH decreased in the first training cycle , then increased , then decreased during suspension .

  5. γ-Fe2O3悬浮液分散度的流变研究

    Rheometric Study on the Dispersity of γ - Fe_2O_3 Suspensions

  6. α-Al2O3悬浮液的稳定机制

    Mechanism on the Stability of α - Alumina Suspensions

  7. Mg(OH)2、MgO对凹凸棒石悬浮液流变性的影响

    Effects of Mg ( OH ) _2 and MgO on rheological behavior of attapulgite clay water suspensions

  8. 基于CFD的中浓纸浆悬浮液在变径管内流动的数值模拟

    CFD Simulation of Medium-Consistency Suspension Flow in Diameter-Varying Pipeline

  9. 中浓纸浆悬浮液的流态化研究及CFD模拟

    Fluidization Investigation and CFD Simulation of Medium-Consistency Pulp Suspensions

  10. 将已知醛基含量的双醛淀粉水悬浮液在不同pH值条件进行各种加热处理。

    Dialdehyde starch of known aldehyde group content were subjected to various heat treatments in aqueous suspensions at different pH values .

  11. 聚丙烯酸铵吸附对TiO2悬浮液稳定及流变性的影响

    Effect of NH_4PAA adsorption on stability and rheology of TiO_2 suspension

  12. 研究了Ti基底处理、烧结温度控制以及悬浮液配方等因素对涂层结合强度的影响。

    Influence of substrate treatment , sintering temperature and the dispensation of suspension on the bonding strength were investigated .

  13. 高分散、均混合Al2O3-SiC-ZrO2(3Y)水悬浮液

    Preparation of Highly Dispersed and Uniformly Mixed Aqueous Suspension of Al_2O_3-SiC-ZrO_2 ( 3Y ) Precursor

  14. 聚丙烯酸铵对纳米SiO2悬浮液性能的影响

    Effect of NH_4PAA on Properties of Nano-SiO_2 Suspending Liquid

  15. 通过沉降实验和粘度测量,研究SiC纳米颗粒水悬浮液的分散特征及最佳分散条件。

    Dispersing character and the best dispersion condition were studied by means of the measuring technique for sedimentation volume and viscosity .

  16. 为此,研究了用5种不同制备工艺得到的Ca(OH)2颗粒悬浮液和悬浮液中Ca(OH)2颗粒的算术平均粒径。

    This paper studied 5 different kinds of Ca ( OH ) _2 particle suspension liquid and the Ca ( OH ) _2 particle diameter .

  17. pH对α-Al2O3-H2O-聚丙烯酸悬浮液稳定性的影响

    Effect of pH value on stability of aqueous α - al_2o_3 suspensions with polyacrylic acid

  18. 助留体系对PCC悬浮液形成絮体分形特征的影响

    Effect of Retention Systems on Fractal Properties of Flocs of PCC Suspension

  19. 取一定量悬浮液,加入NaCl溶液以消除电离干扰,而配制成试液。

    Test solutions were prepared by adding NaCl solution to appropriate amounts of the suspension to eliminate ionization interference .

  20. 以150μg·mL-1赤霉素变温浸种处理种子,可提高种子发芽率。据此建立了龙胆种子催芽技术和羧甲基纤维素悬浮液播种技术。

    The seeds treated with GA3 solution of 150 μ g · mL-1 could increase the germination percentage .

  21. 基于SVR的重介悬浮液煤泥含量测量

    Measurement of Coal-content of Heavy Medium Suspension Based on SVR

  22. 用MN做分散剂,制备不同分散剂用量和不同pH值下的纳米氧化锆悬浮液,分别观察了纳米氧化锆粉体的分散行为。

    The dispersion behavior of nanometer ZrO 2 suspension was investigated with MN as a dispersant and with different amount MN and different pH value .

  23. 纳米Si3N4与TiC7N3混合悬浮液性质研究

    Characteristics of Nano Si _3N_4 and TiC_7N_3 Mixture Suspension

  24. 田间喷施7.3×107孢子/mL孢子悬浮液,感病率为75.81%

    In field test , the death rate was 75.81 % after a spore suspension at 7.3 × 10 7 spores / ml was sprayed .

  25. 方法表面诱导沉淀法制备纳米复相铝瓷粉体,记录分散剂加入量及pH值对氧化铝悬浮液沉降物体积的影响;

    Methods Nano-composite alumina powder was prepared by surface-induced precipitation method . The effect of pH value and dispersing agent content on volume of alumina suspension sediment was recorded .

  26. CPAM对PCC悬浮液絮凝作用的分形研究

    Fractal Study on Flocculation of PCC Suspension Induced by CPAM

  27. CFB-FGD工艺中Ca(OH)2颗粒悬浮液最大分散度的实验研究

    Experimental Study on the Maximum Dispersion Rate of the Ca ( OH ) _2 Particles-Water Suspension Liquid for CFB-FGD Process

  28. 你如何确定加入到分离线粒体悬浮液中的葡萄糖代谢成为CO2和H2O?

    How can you determine whether glucose added to a suspension of isolated mitochondria is metabolized to CO2 and H2O ?

  29. SDBS对氧化铜纳米颗粒悬浮液粘度的影响

    Influence of SDBS on viscosity of copper oxide nano-suspensions

  30. roseum病斑面积的扩展。B1悬浮液仅能抑制Fusariumsp.及T。

    B1 autoclaved culture and cell suspension significantly reduced lesion area of Fusarium sp . and T.