性高分子的英文

• biodegradable polymers

• "性"英文翻译    nature; character; dispositi ...
• "高分子"英文翻译    high polymer; macromolecule
• "柔性高分子" 英文翻译 :    flexible macromolecule
• "手性高分子" 英文翻译 :    chiral polymer
• "反应性高分子" 英文翻译 :    chinese journal of reactive polymers
• "降解性高分子" 英文翻译 :    degradable polymer
• "热电性高分子" 英文翻译 :    pyroelectric polymer
• "水溶性高分子" 英文翻译 :    water soluble polymer
• "反应性高分子（英文版）" 英文翻译 :    chinese journal of reactive polymers
• "生分解性高分子" 英文翻译 :    biodegradable polymer
• "生物活性高分子" 英文翻译 :    bioactive polymer
• "生物可蚀性高分子" 英文翻译 :    bioerodable polymer
• "塑性高分子物质" 英文翻译 :    plastomer
• "手性高分子，手性聚合物" 英文翻译 :    chiral polymer
• "阳离子活性高分子电解质" 英文翻译 :    cation active high-molecular electrolyte
• "一种亲水性高分子化合物" 英文翻译 :    hydron
• "高分子" 英文翻译 :    [化学] high polymer; macromolecule◇高分子化合物 polymer compound; macromolecular compound; high-molecular compound; 高分子化学 polymer chemistry; 高分子聚合物 high polymer; 高分子溶液 polymer solution
• "大分子；高分子" 英文翻译 :    macromolecule
• "巨分子，高分子" 英文翻译 :    macromolecule
• "棒状高分子" 英文翻译 :    rodlike polymer
• "超高分子" 英文翻译 :    supra polymer
• "超高分子量" 英文翻译 :    super high molecular weight
• "大高分子" 英文翻译 :    macromolecule
• "导电高分子" 英文翻译 :    conductive polymer
• "仿生高分子" 英文翻译 :    biomimetic polymer

• Phase inversion technique ; molecular imprint ; template molecule ; functional copolymer membrane
  相转化沉淀法制膜分子复制模板分子功能性高分子膜
• Non - invasive measurement of blood glucose . ( 3 ) preparation and characterization of lanthanide complexes - polymer composite materials
  （ 3 ）稀土改性高分子新材料的制备及表征；
• In recent years , more and more attentions were paid to the conductive polymer materials with the rapid development of the electron technology
  近年来，随着电子技术的迅猛发展，导电性高分子材料越来越引起人们的重视。
• Synthesis of functional polymer material , fine chemicals , modification of polymer surface , conductive polymer and nano materials
  机能性高分子材料合成，特用化学品之合成，高分子表面之改质，导电性高分子材料及奈米材料。
• Water absorbing polymer is the abbreviation of super absorbent polymers , a kind of high water - absorbing functional macromolecule , which is also called water retaining agent
  摘要吸水剂（保水剂）是一类具有高吸水特性的功能性高分子交联物，由于其具有高吸水性、水不溶性和绿色环保性等显著特点，在多个领域得到广泛应用。
• Otsuka chemical employs an electro - organic synthesis which is a method for easily controlling oxidation - reduction reactions and is applied to selective oxidation reactions , unique reductive reaction and special alkylation of aromatic side chains
  大冢化学的各种芳香族化合物在精细化工领域内，作为医药中间体、农药中间体和功能性高分子原料，是具有各种各样用途的化合物。
• Shanghai zhongda science and technology development co . , ltd . a cross - regional high - tech enterprise , mainly depends on “ laboratory economy ” , its business covers photographic high molecular materials , multi - functional materials , biological and medical materials , textiles testing and other fields
  上海中大科技发展有限公司是一家以“实验室经济”为依托的跨地区高新技术企业，业务覆盖感光性高分子材料、智能纺织品、生物医卫材料、纺织品检测等领域。
• The result of research into electromagnetic beheaviours of polymeric magnets as follows : all of the two agents ( acrylic acid and polycarbonate ) can reduce effectively magnetic loss and dielectric loss , moreover , acrylic acid can increase the dielectric constant of the polymeric magnet at high frequency and microwave band . on the whole , the polymeric magnet modified by acrylic acid is preferable . the research of ir spectrum and xps of the polymeric magnets have showed that modifying polymeric magnet with acrylic acid is a chemical method in the part of composing polymer , we have chosen ferrocene as raw stuff
  对改性前后高分子磁体的电磁性能研究结果表明：用丙烯酸或聚碳酸酯对高分子磁体进行表面改性，两种试剂均不影响高分子的磁导率，并且它们均有效地降低了高分子磁体的磁损耗和介电损耗，更有研究意义的足：丙烯酸使高分子磁体在高频微波下的介电常数得到明显提高：从总的方面来说，丙烯酸改性高分子磁体优于用聚碳酸酯改性的高分子磁体。
• As to the separation of p - xylene / m - xylene , in order to blend polymer hydrophobe with p - cd which is preferential to adsorb p - xylene , etherified p - cd was synthesized using benzyl chloride ( phch2cl ) . the influences of etherification conditions on the reaction conversion and the degree of substitution of etherified p - cd were investigated . the reaction conversion increases with the increasing of molar ratio of phcr ^ cl : p - cd and the concentration of p - cd
  对于px mx体系的分离，为使对px具有优先络合能力的一环糊精( cd )能够与油溶性高分子共混，本文采用williamson合成法运用氯化苄( phch _ 2cl )使-环糊精( - cd )醚化，并由元素分析结果，计算出醚化产物的取代度和转化率，系统地考察了反应条件对转化率和取代度的影响。