胶乳

jiāo rǔ
  • latex;rubber latex;cream of latex
胶乳胶乳
胶乳 [jiāo rǔ]
  • [latex] 橡胶树皮割开后流出的白色乳状液体,是制造橡胶的原料

胶乳[jiāo rǔ]
  1. 影响ABS树脂用EBR胶乳粒径的因素

    Influence factors on particle size of emulsion butadiene rubber latex for ABS

  2. 对用纳米SiO2和纳米CaCO3补强三氯溴甲烷改性天然胶乳的性能进行了研究。

    The performance of modified natural rubber latex by use of nano SiO_2 and nano CaCO_3 was studied .

  3. 胶乳pH值缓慢减小;

    The pH value of latex decreased slowly ;

  4. 低毒高效粘合剂用CR及其胶乳的发展

    Development of CR adhesives to low toxicity and high performance

  5. CR胶乳防水砂浆的防水机理及其工程应用实例

    The waterproofing mechanism of E-CR waterproofing mortar and Its Applications

  6. 利用cDNA微阵列分离橡胶胶乳生物合成相关基因的研究

    Screening the Genes Associated with Rubber Latex Biosynthesis Using cDNA Microarray

  7. PTFE胶乳粒子与Fe2O3粒子共凝聚过程的研究

    Study on Hetero-coagulation Process of PTFE Latex Particles and Fe_2O_3 Particles

  8. 茉莉酸刺激的橡胶树胶乳cDNA消减文库的构建及其序列分析

    Construction of cDNA Library and Analyses of cDNA Sequences in Latex from JA-Stimulated Rubber Trees

  9. 用免疫印迹技术证明:在割胶收集的胶乳中肌动蛋白主要分布在C乳清(乳管细胞的细胞质)中;

    Camel Milk By using Western-blotting , actin was found mainly in C-serum ( cytoplasm of laticiferous cells ) of the latex collected by exploitation .

  10. 用纳米SiO2改性胶乳制备新型医用橡胶手套

    Natural Rubber Latex Modified by Nano SiO_2 to Prepare Medical Gloves

  11. LPNR胶乳和NR胶乳热降解性能的研究

    Thermal degradation kinetics of LP NR latex and NR latex

  12. 用种子乳液聚合法合成的ASA复合胶乳粒子的形态

    Morphology of ASA Composite Latex Particles Synthesized by Seeded Emulsion Polymerization

  13. 提高PVC胶乳脱气效果降低VCM残留量

    Improving the effects of degassing PVC latex to reduce the VCM residue content

  14. PS改性阳离子氯丁胶乳沥青防水涂料的制备和性能研究

    Study on the Preparative Process and Property of the Waterproof Paint of PS Modifying Cation Chloroprene Latex Asphalt

  15. 胶乳型互穿网络制备高性能MBS树脂

    Synthesis of High-performance MBS Resin by Latex Interpenetrating Polymer Network

  16. MBS树脂专用丁苯胶乳及其进展

    Speciality Butadiene-Styrene Latex for MBS Resin and Its Advanced-Progress

  17. TEM照片显示出,采用种子微乳液聚合法合成的硅丙微胶乳粒子由于内部存在交联结构而导致表面形状不规则,有乳突现象;

    Photos of TEM show that the modified microlatex particles synthesized by seed microemulsion polymerization have irregular surface shape like papilla .

  18. ABS树脂专用小粒径EBR胶乳的合成研究

    Study on synthesis of small size special EBR latex for ABS

  19. 种子乳液共聚合时,连续加料制得的胶乳粒子中PU相在外壳较多,而半连续加料的则较少。

    The PU phase was more in PU / PA latex particles by continuous charging than by semi-continuous charging .

  20. 半定量RT-PCR检测证实它在胶乳中的表达强于叶中,胁迫处理(伤害及乙烯处理)使其表达上调。

    These results indicate that the expression of the gene is strongly induced by stress ( wound and ethylene ) treatments .

  21. 方法用琼脂平板筛选法和MRSA胶乳凝集试剂盒鉴定MRSA;

    Methods MRSA were identified by agar selecting method and latex coagulation method ;

  22. 橡胶死皮树胶乳中Hevb3的研究

    Hev b3 in Latex from TPD Rubber Trees

  23. 以SBR胶乳为原料,经表面改性的高岭土(MO)为填料,高分子树脂为包覆剂,以凝聚共沉法研制高岭土填充型粉末SBR[P(SBR/MO)]。

    The modified kaolinite - filled SBR powder was prepared by coacervation - coprecipitation method in using polymeric resin as the encapsulant .

  24. MBS胶乳凝聚方法研究进展

    Research Progress of MBS Latex Coagulation

  25. 采用适时补皂、种子乳液聚合方法合成粒径大、分布窄的SBR胶乳。

    The SBR latex with large particle diameter and narrow distribution were synthesized by reinforcing additional emulsifier and seeding emulsion co-polymerization .

  26. 纳米纯丙胶乳制备TiO2-SiO2杂化材料的研究

    Research on polyacrylate / tio_2-sio_2 hybrid material prepared by pure acrylic microlatex

  27. SEM分析表明,采用逆凝聚包覆法制备的PCR粒子为单颗连续粒子,说明产物粒子是由单颗的胶乳液滴凝聚而成。

    The SEM analysis shows that the PCR particles are single continuous particles , which shows that the PCR particles are coagulated from the single polychloroprene rubber latex drops .

  28. 应用重氮胶乳凝集试验,检测登革热病人急性期血清标本57份,同时与PCR及病毒分离方法进行比较。

    Diazotized latex agglutination ( DLA ), polymerase chain reaction and C6 / 36 virus isolation assay were adopted to detect dengue virus infection in 57 sera from the patients .

  29. MSF微胶乳型软革填充树脂的设计

    The Design of MSF Microlatex Filler for Soft Leather

  30. 当pH值为6.0时荧光微球的荧光强度最强.荧光素缓释实验显示胶乳在4℃下比25℃更稳定。

    The strongest fluorescent intensity of microspheres was observed when the pH value was 6.0.The fluorescein release experiment of microspheres showed that the latices were stabler at 4 ℃ than at 25 ℃ .