辐射交联

fú shè jiāo lián
  • radiation crosslinking;crosslinking with radiation
辐射交联辐射交联
  1. 软质PVC电缆料的辐射交联

    Radiation Crosslinking of Soft PVC Cable Compound

  2. 辐射交联制备改性CMC水凝胶的溶胀行为研究

    Swelling behavior of modified CMC hydrogel prepared by radiation crosslinking

  3. ~(60)Co辐射交联厚液膜毛细管柱的制备及应用

    The Preparation and Application of Thick-Film Capillary Column Immobilized by 60 Co Radiation

  4. ~(60)Co源辐射交联制备非极性石英毛细柱

    Preparation of the Crosslinked Fused Silica Capillary Column by Cobalt - 60 Gamma Radiation

  5. 电子束辐射交联制备低氧含量SiC纤维的研究

    SiC fibers with a low oxygen content prepared by electron beam radiation curing

  6. 融熔态聚乙烯辐射交联效果的溶液高分辨~(13)cNMR研究(Ⅱ)

    Studies on Effects of Radiation-Induced Crosslinks in Polyethylene in Molten State by High-Re solution Solution 13C NMR (ⅱ)

  7. 利用X射线光电子能谱(XPS)研究了聚砜辐射交联前后结构的变化。

    Radiation induced crosslinked polysulfone was studied by means ofX-rays photoelectron Spectroscopy ( XPS ) .

  8. 125℃辐射交联无卤阻燃EVA电缆料的研究

    Study on 125 ℃ Radiation Crosslinked Hologen-free Flame Retardant EVA Cable Compounds

  9. 热分析法快速测定辐射交联PF尼龙的凝胶分数

    Determination of Jel Content in Radiation Nylon PF by Thermal Analysis

  10. 辐射交联聚砜的XPS研究

    Studies on radiation induced crosslinked polysulfone by XPS

  11. POE在空气和氮气中的辐射交联G值分别为0.13和0.14。

    G value of the POE crosslinked in air or N2 is 0.13 and 0.14 , respectively .

  12. 乙烯与醋酸乙烯共聚物(EVA)的轻度辐射交联

    Crosslinking of EVA through Mild Radiation

  13. HDPE单丝的γ射线辐射交联改性

    Radiation modification of HDPE filaments by ~ ( 60 ) co γ - ray

  14. 含抗氧剂的辐射交联LDPE的熔融与结晶行为

    Melting and crystallization of LDPE containing antioxidants and irradiated

  15. LDPE辐射交联热收缩材料研究

    Radiation crosslinking of heat shrinkable material of LDPE

  16. 本文报导了由双环戊二烯为第三单体的三元乙烯丙烯共聚物(简称EPDM)的辐射交联。

    This paper reports the radiation crosslinking reaction of three-compo-nent ethylene-propylene copolymer ( EPDM ) .

  17. 制作工艺及辐射交联对PMMA性能影响的实验研究

    The Experimental Research on the Effect of Preparation Technology and Radiation Crosslinking to the Properties of PMMA

  18. PF尼龙的辐射交联

    Radiation crosslinking of PF NYLON

  19. 用辐射交联方法测定含氟聚合物分子量FEP分子量的测定

    Molecular weight determination of fluoro - polymers with radiation crosslinking method

  20. 对辐射交联SBR的应力-应变、动态力学及其它性能进行了分析,并与典型硫磺交联产物进行了比较。

    Stress-strain , dynamic mechanical and other properties of radiation crosslinked SBR was analyzed and compared with those obtained through typical sulfur method .

  21. 提高温度有利于PCL的辐射交联,温度越高,凝胶化剂量降低,辐射交联GC增加,裂解与交联比率降低。

    The higher temperature is useful to radiation crosslinking , the higher the temperature , the lower gelation dose , radiation crosslinking Gc increases , po / qo decreases .

  22. 研究了聚碳硅烷(PCS)纤维γray辐射交联的不熔化效果,利用IR、TG分析了交联机理。

    The cross linking of polycarbosilane ( PCS ) fibers irradiated by γ - ray was studied . The curing mechanism was analyzed by IR and TG .

  23. F-40的辐射交联及其交联度的XPS表征

    The radiation crosslinking of F-40 and characterization of its crosslinking density by XPS

  24. 聚乙烯/炭黑导电复合材料PTC特性的研究(Ⅱ)&辐射交联对导电复合材料PTC性能的影响

    Study on Positive Temperature Coefficient Behavior of Polyethylene / Carbon Black Conductive Composites (ⅱ): Effect of Radiation Crosslinking on Properties of HDPE / CB Composites

  25. PCL/PMVS共混物的辐射交联行为与性能

    Properties of radiation crosslinked PCL / PMVS blends

  26. 不同熔融指数FEP共聚物,辐射交联后,其凝胶化剂量随熔融指数增大而增高。

    For PEP copolymer with different melt indices , its dose of gelation increases with the melt index .

  27. 辐射交联可以降低聚乙烯/聚并苯复合物室温电阻率,提高聚乙烯/聚并苯复合物PTC效应,减小NTC效应,增强复合物的稳定性。

    Radiation crosslinking can increase the intensity of PE / PAS composites , decrease the effect of NTC and hence the stability of composites .

  28. 用化学或辐射交联方法可使UHMW-PE的耐磨性进一步提高。

    The abrasion of crosslinked UHMW-PE by Chemical or radial method can be further increased .

  29. 研究了加入AC发泡剂、EVA、多官能团单体(SR444)的辐射交联高密度聚乙烯泡沫塑料与交联度相关的性质。

    The properties related to degree of crosslinking of radiation-crosslinked HDPE with AC blowing agent , EVA and multi-functional monomer ( SR444 ) were investigated .

  30. 在室内和室外模拟沙漠干旱条件下,研究强化辐射交联技术制备的NK超高吸水性树脂Ⅰ、Ⅱ和Ⅲ作为保水剂用于甘草的栽培。

    We have carried on research to the cultivation of liquorice with NK super water-absorbent which is made by γ - irradiation polymerization in the condition of simulating drought environment indoors and outdoor .