polymeric membrane

网络  高分子膜; 聚合物膜; 聚合膜

化学



双语例句

  1. Progress of Study on Preparation of Polymeric Microspheres by Using Membrane Emulsification Technique
    膜乳化法制备高分子微球的研究进展
  2. Relationship Between the Chemical Structure and Permselectivity in Polymeric Gas Separation Membrane
    高分子气体分离膜材料的化学结构与气体透过性能之间的关系
  3. Effects of polymeric membrane structure on gas transport
    高分子膜结构对气体传递的影响
  4. The Preparation Technique of Polymeric Nanofiltration Membrane
    高分子纳滤膜的制备技术
  5. Radiation induced graft copolymerization of functional monomers onto polymeric membrane is an important method for battery separator preparation.
    电池隔膜的制备方法有许多种,其中聚合物膜辐射引发接枝功能型单体是电池隔膜制备的重要手段之一。
  6. Trimethylene bis ( N-ethyl-N-phenyldithiocarbamate) was used as the ionophore in solvent polymeric membrane. The ionophore-metal ion complex formation constants in solvent polymeric membrane were determined directly by potentiometry with a two-layer membrane electrode.
    以合成的双(N-乙基-N-苯基氨基二硫代甲酸)1,3-丙二醇酯为载体,采用双层膜电位法直接测定了溶剂聚合物膜中载体与金属离子的络合物生成常数。
  7. A new solvent polymeric membrane pH electrode based on long chain lipophilic amide as a neutral carrier
    基于脂溶性酰胺为中性载体的新型溶剂聚合膜pH传感器
  8. Progress of pervaporation technology in separation of benzene and cyclohexane mixtures was summarized, and focused particularly on polymeric pervaporation membrane material. Prospect in separation of benzene-cyclohexane mixture by pervaporation was tentatively forecasted.
    综述了渗透蒸发膜分离苯-环己烷混合物的研究进展,重点介绍了用于渗透蒸发技术的膜材料(特别是高分子膜材料),对渗透蒸发技术分离苯-环己烷混合物的研究前景进行了展望。
  9. Design methodology of polymeric materials for membrane separation based-on thermodynamic simulation
    基于物性推算法的膜分离材料设计
  10. The Studies on Gas-Sensing Probes with a Graphite Contacted Solvent Polymeric Membrane pH Inner Electrode
    溶剂聚合膜pH电极作内电极的气敏电极的研究
  11. Effect of extracellular polymeric substances on membrane fouling of membrane bioreactor
    胞外聚合物EPS对MBR膜污染的影响
  12. The present paper describes a new solvent polymeric membrane anion selective electrode based on Schiff base complexes of Mn(ⅲ) as neutral carriers, which demonstrates excellent selectivity toward the salicylate ion ( Sal~ (-)).
    本文报道了基于Mn(Ⅲ)Schiff碱为中心载体的新型溶剂聚合膜离子选择性电极。电极对水杨酸根离子(Sal-)具有优良的电位响应特性并呈现反Hofmeister选择性行为。
  13. Preparation of polymeric m-phenylene diamine membrane hepatitis B immunoelectrode
    聚间苯二胺膜乙肝免疫电极的研制
  14. This thesis focuses on seeking design and synthsis of novel metallic complexes and basic studies on solvent polymeric membrane ( SPM) anion-selective electrodes containing the novel metallic complexes.
    本论文的研究力求探索新型金属配合物的设计合成,及其作为中性载体的PVC溶剂聚合膜阴离子选择性电极的基础研究,并将电极作为化学传感器初步应用于废水和药物样品分析。
  15. Lithium Ion-Selective Polymeric Membrane Electrode Based on Potassium Tetraphenylborate Derivatives
    四苯硼酸钾衍生物为载体的锂离子选择性电极
  16. Recently, study on solvent polymeric membrane ( SPM) ion selective electrodes exhibiting an anti-Hofmeister selectivity pattern is an important project in the fields of electrochemistry and electroanalytical chemistry.
    近年来,金属配合物作为载体呈现的反Hofmeister行为的阴离子选择性电极是电化学和电分析领域中公认的活跃研究课题。
  17. Recently, it was realized that polymeric membrane ion-selective electrodes can be optimized to show dramatically improved detection limits over traditional values.
    近年来,人们认识到,聚合物膜离子选择性电极经优化后可以获得较传统电极低得多的检出限。
  18. The formation mechanism of polymeric membrane by immersion precipitation processes-The state of the art
    浸入凝胶法聚合物膜形成机理的研究现状
  19. Water diffusion is localized in the hydrophilic ionic region formed by the ionized groups, whereas ethanol diffusion is localized in the hydrophobic amorphous network of the polymeric membrane.
    水是由亲水性的离子化通道扩散透过膜,而乙醇是由亲油性的高分子无定形区扩散透过膜;
  20. A new polymeric membrane material polyvinylamine ( PVAm), which contains amino groups facilitating the transport of CO 2 in the membrane, has been developed.
    研制成功一种对CO2具有促进传递作用的新型膜材料&聚乙烯胺。
  21. Secondly, the solution of PSC-11 in o-nitrophenyl n-octyl ehter ( NPOE) were immobilized in a porous polymeric membrane ( Celgard 2400) to prepare the supported liquid membranes.
    其次,用PSC-11的邻硝基苯基正辛醚溶液固定在多孔聚合物膜(Celgard2400)中制备支撑液膜。
  22. A PBA AA/ St grafting copolymer was made by grafting the waste styrene ( St) from the production of functionalized polymeric membrane to poly [ butyl acrylate ( BA) acrylic acid ( AA)] through peroxidation preirradiation.
    采用过氧化预辐射法将生产高分子特效膜残留下的废苯乙烯(St)与聚丙烯酸丁酯-丙烯酸(PBA-AA)接枝,制得PBA-AA/St接枝共聚物。
  23. Development of new-type polymeric gas separation membrane materials
    新型聚合物气体膜材料的发展现状
  24. Application of molecular simulation in polymeric membrane science
    分子模拟在聚合物膜研究中的应用
  25. Two kinds of 9_crown_3 derivatives were synthesized. A lithium ion_selective polymeric membrane electrode based on the synthesized 9_crown_3 derivatives was described.
    报道了两种9-冠-3衍生物的合成,并以合成的化合物作载体研制了对锂离子响应的PVC膜电极。
  26. Anti-Hofmeister Selectivity Pattern Solvent Polymeric Membrane Anion Electrodes
    反Hofmeister选择性序列溶剂聚合膜阴离子电极新进展
  27. Solvent Polymeric Membrane pH Electrode
    溶剂聚合膜pH传感器进展
  28. Potentiometric Determination of Formation Constants of Complex of Calix [ 6] arene Ester with Metal Ions in Solvent Polymeric Membrane with Two-layer Sandwich Membrane Electrode
    双层夹心膜电极电位法测定溶剂聚合物膜中杯芳烃-金属离子配合物的生成常数
  29. This is a review about the classification, the preparation methods and the separation mechanism of the functional polymeric membrane, Their application in industry is also discussed.
    对高分子功能膜的分类、制备方法进行综述,阐述了分离膜的分离机理和过程,在工业上的应用及开发前景。
  30. In the microscopic aspect, continuous polymeric membrane is formed in the concrete after the addition of polymer, and the pores are refined, and dense spatial wire mesh-like skeleton structure is formed, so the macroscopic properties of the self-compacting concrete are improved.
    微观结构表明,聚合物加入后形成连续的聚合膜,细化了孔隙,形成密实空间丝网状骨架结构,从而改善了自密实混凝土的宏观性能。