porous membrane

美 [ˈpɔːrəs ˈmembreɪn]英 [ˈpɔːrəs ˈmembreɪn]
  • 网络多孔膜;多孔薄膜;多孔隔膜
porous membraneporous membrane
  1. The ionic conductivity of the crosslinked porous membrane can reach to 5.5 mS / cm .

    采用交联的方法制得的多孔膜离子电导率可达5.5mS/cm。

  2. Study on Modification of PVDF Porous Membrane Prepared by Phase Inversion

    相转化法制备改性聚偏氟乙烯(PVDF)多孔膜的研究

  3. A study on a new porous membrane reactor

    新型多孔质膜反应器的实验研究

  4. Experimental Study on Preparing Porous Membrane by Production Line of Nuclear Porous Membrane

    核孔膜生产线膜微孔制备工艺实验研究

  5. Behaviour of the Porous Membrane Silver Electrode in Liquid Flowing System

    多孔银膜电极在液相流动体系中的行为

  6. Structure characteristics of PVDF porous membrane by thermally induced phase separation

    热致相分离制备聚偏氟乙烯多孔膜的结构表征

  7. The structure of the porous membrane used has some effect on the mass transfer of the process .

    在这些过程中经常使用多孔膜,多孔膜对过程的传质性能有一定的影响。

  8. Mass Transfer and Mathematical Model of Gas Absorption in Hydrophobic Porous Membrane and Module

    疏水性多孔膜和膜组件气体吸收传质性能及其数学模型的研究

  9. The application of PTFE porous membrane for filtration and biology energy sources

    PTFE裂隙膜在过滤与生物质能源上的试用

  10. Calculate deposited quantity of TiO_2 porous membrane prepared by liquid deposition production

    液相沉积法制备TiO2多孔膜沉积量的计算

  11. Application and cleaning of polypropylene ( pp ) hollow fiber porous membrane

    聚丙烯中空纤维膜的应用与清洗方法聚丙烯改性研究

  12. Experimental Study on Porous Membrane Reactor for Dehydrogenation of Ethylbenzene

    乙苯脱氢多孔膜反应器的研究

  13. Preparation of porous membrane by supercritical CO_2 fluid

    超临界CO2流体工艺用于制备多孔分离膜的研究进展

  14. High carbon alkane dehydrogenation in porous membrane reactor

    多孔膜反应器中长链烷烃脱氢

  15. Synthesis of Porous Membrane of Poly ( vinyl alcohol ) by Polymer Assisted Phase Inversion Process

    高分子辅助倒相法制备聚乙烯醇多孔膜

  16. Study on blocking of porous membrane fouling in micro-filtration

    微孔过滤介质污染中的堵塞研究

  17. Structure Control of PVDF Porous Membrane During the Process of Preparation by Solution Phase Inversion and Study of PVDF Membrane Performance

    溶液相转化法制备PVDF微孔膜过程中的结构控制及其性能研究

  18. A simple method for characterizing porous membrane structure , the regression of gas permeation data with model , was provided .

    同时也提供一种确定多孔膜结构参数的简便方法&气体渗透模型拟合法。

  19. Study of Ultrahigh Molecular Weight Polyethylene ( UHMWPE ) Flat Porous Membrane and Its Hydrophilicity

    超高摩尔质量聚乙烯平板微孔膜制备及亲水性能研究

  20. Surface Hydrophilic Modification of Polytetrafluoroethylene Porous Membrane

    聚四氟乙烯微孔膜表面亲水改性研究

  21. Study on a modified porous membrane reactor with catalyst split-packed in the subsections

    催化剂分段装填多孔质膜反应器的实验研究

  22. The Relation Between Influence of Ions to the Interfacial Characteristics of Anodized Aluminum Porous Membrane and Cold Sealing

    铝阳极氧化膜的界面性能与常温封闭

  23. Finally , the GPE membranes were produced by dipping porous membrane into liquid electrolyte .

    最后,将多孔膜浸入液体电解质中,得到多孔凝胶聚合物电解质膜,获得了具有自主知识产权和较高综合性能的电池材料。

  24. The results shows that mineralization in the porous membrane layer is formed above the surface , uniform thickness , mineralization density structure .

    结果可见层状矿化物在微孔滤膜表面上方形成,厚度均匀一致,矿化物结构致密。

  25. Physical chemistry study on RO and NF process (ⅰ) Equations of solute rejection and solution permeation flux on porous membrane

    反渗透、纳滤过程的物理化学研究(Ⅰ)多孔膜的溶质脱除率方程和膜渗透通量方程

  26. The relationship between the electrolytic composition and the interfacial electric characteristics of the porous membrane of anodized aluminum was investigated .

    研究了铝阳极氧化多孔膜层界面电性能与溶液介质组分的关系。

  27. Preparation of Experimental Membrane Reactor Tube by Adhesive Welding a Porous Membrane with a Non Porous Ceramic Tube and Coating with Glaze

    实验用无机膜反应器管件的制备方法&粘接、釉料涂层法

  28. The prepared blends and the porous membrane is expected , as wound dressings , artificial skin and other biomedical materials .

    所制得的共混物有望作为医用缝合线、人造皮肤等生物医用材料。

  29. Many substances ( including urea and inorganic salts ) in the Blood pass through a porous membrane in the machine into a sterile solution ;

    在透析过程中,许多溶于血液中的物质(如尿素和无机盐等)通过该膜进入另一侧的无菌溶液中。

  30. Essentially the process employs hydrophobic porous membrane which is permeable to vapor but not to the liquid phase to realize water purification and solution concentration .

    它利用高分子膜的微孔性、疏水性来实现水的纯化及溶液的浓缩等目的。