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接枝配方
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  graft formula
    By contrast with maleic anhydride grafted with PP( MAH - g - pp), the following relationships concerned with maleic acid grafted with PP(MAC - g - PP)compatilizing PA6/PP alloy were studied: ( l)between melt index( MI), grafting ratio(GR)of gPP and graft formula;
    以MAH-g-PP作对照,研究了MAC-g-PP的熔体指数(MI)、接枝率(GR)与接枝配方的关系以及PA6/gPP/PP合金的力学性能与gPP特征参数、gPP用量、PA6/(PP+gPP)配比的关系。
    The following relationships concerned with maleic acid grafted PP(MAC-g-PP) compatilizing PA6/PP alloy were studied: (1)between melt flow rate (MFR), grafting ratio (GR) and graft formula; (2)between mechanical properties of PA6/grafted PP/PP alloy , characteristic parameters and content of grafted PP and PA6/(PP+ grafted PP)compounding ratio, respectively.
    研究了马来酸接枝聚丙烯(MAC-g-PP)的熔体流动速率(MFR)、接枝率与接枝配方的关系,PA6/接枝PP/PP合金的力学性能与接枝PP的特征参数、用量,以及PA6/(PP+接枝PP)配比的关系。
短句来源
    By contrast with maleic anhydride grafted PP (MPP),relationships between melt flow rates(MFR) and grafting ratios (GR) of the itaconic acid grafted PP (g_PP)and its graft formula and relationships between mechanical properties of PA6/g_PP/PP alloy and feature parameter and doses of g_PP and ratios of PA6/(PP+g-PP) are studied.
    以马来酸酐接枝PP(MPP)作对照 ,研究了衣康酸接枝PP(IPP)的熔体流动速率(MFR)、接枝率(GR)与接枝配方的关系 ,PA6/接枝PP/PP合金的力学性能与接枝PP的特征参数、用量和合金组成比的关系。
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  “接枝配方”译为未确定词的双语例句
    Optimum formulation and processing parameters are DCP 0.1 phr,GMA 3 phr and St 3 phr,together with temperature of 180 ℃,rotating speed of 60 r/min and reaction time of 10 minutes.
    确立了最佳的接枝配方和工艺条件 :过氧化二异丙苯 (DCP)用量 0 1份、GMA用量 3份、St用量 3份、温度 180℃、转速 60r/min、反应时间为 10min。
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In this paper, (EA, MMA) - g - SBS adhesive were prepared by the graft polymeric method with thebasis of studying graft polyymeric technology performance and grafting component ratio. The properties ofthe prepared adhesives were also studied and the results showed that the drawback of weak initial adhesivestrength of SBS adhesives was not only overcome, but also their terminal peeling strength was also improvesgreatly.

通过丙烯酸乙酯(EA)、甲基丙烯酸甲酯(MMA)接技SBS聚合工艺条件及其接枝配方组成的考察,确定了合适的工艺条件和最佳接枝组成配比,研制了性能优越的(EA,MMA)-g-SBS胶粘剂,不仅克服了SBS胶粘剂初粘力差的缺点,而且还提高了SBS胶粘剂的终期剥离强度,改善了SBS胶粘剂与被粘材料的相容性,拓宽了SBS胶粘剂的应用领域。

The following relationships concerned with maleic acid grafted PP(MAC-g-PP) compatilizing PA6/PP alloy were studied: (1)between melt flow rate (MFR), grafting ratio (GR) and graft formula; (2)between mechanical properties of PA6/grafted PP/PP alloy , characteristic parameters and content of grafted PP and PA6/(PP+ grafted PP)compounding ratio, respectively. The results show that the mechanical properties of the alloy increase with MFR of grafted PP, independent of GR of grafted PP, having optimum values at proper...

The following relationships concerned with maleic acid grafted PP(MAC-g-PP) compatilizing PA6/PP alloy were studied: (1)between melt flow rate (MFR), grafting ratio (GR) and graft formula; (2)between mechanical properties of PA6/grafted PP/PP alloy , characteristic parameters and content of grafted PP and PA6/(PP+ grafted PP)compounding ratio, respectively. The results show that the mechanical properties of the alloy increase with MFR of grafted PP, independent of GR of grafted PP, having optimum values at proper grafted PP content and that MAC-g-PP with high MFR can evidently improve the impact strength of the alloy.

研究了马来酸接枝聚丙烯(MAC-g-PP)的熔体流动速率(MFR)、接枝率与接枝配方的关系,PA6/接枝PP/PP合金的力学性能与接枝PP的特征参数、用量,以及PA6/(PP+接枝PP)配比的关系。结果表明,合金的力学性能随接枝PP的MFR增加而提高,与接枝率无关,接枝PP用量有一最佳值,高MFR的MAC-g-PP能显著改善合金的冲击韧性。

By contrast with maleic anhydride grafted PP (MPP),relationships between melt flow rates(MFR) and grafting ratios (GR) of the itaconic acid grafted PP (g_PP)and its graft formula and relationships between mechanical properties of PA6/g_PP/PP alloy and feature parameter and doses of g_PP and ratios of PA6/(PP+g-PP) are studied. Results show that the compatibilizing efficiency of IPP to PA6/PP is much higher than that of MPP and IPP can evidently enhance the impact toughness of the alloy,it can be used as the...

By contrast with maleic anhydride grafted PP (MPP),relationships between melt flow rates(MFR) and grafting ratios (GR) of the itaconic acid grafted PP (g_PP)and its graft formula and relationships between mechanical properties of PA6/g_PP/PP alloy and feature parameter and doses of g_PP and ratios of PA6/(PP+g-PP) are studied. Results show that the compatibilizing efficiency of IPP to PA6/PP is much higher than that of MPP and IPP can evidently enhance the impact toughness of the alloy,it can be used as the compatibilizer and impact modifier for PA/PP alloy.

以马来酸酐接枝PP(MPP)作对照 ,研究了衣康酸接枝PP(IPP)的熔体流动速率(MFR)、接枝率(GR)与接枝配方的关系 ,PA6/接枝PP/PP合金的力学性能与接枝PP的特征参数、用量和合金组成比的关系。结果表明 ,IPP对PA6/PP的增容效率明显高于MPP ,并具有显著提高材料冲击韧性的作用 ,可作为PA/PP高效增容剂兼增韧剂应用。

 
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