接枝共聚(graft copolymerization)是对纤维素进行改性的重要方法之一，它可 以赋予纤维素以某些新的性能，同时又不至于完全破坏纤维素材料所固有的优 点，其特征是...
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聚砜与丙烯酸的紫外光辐射接枝共聚及其表征_stmopen 关键词】: 聚砜 紫外光辐射 丙烯酸 接枝共聚 [gap=351]Keywords】: polysulfoneUV irradiationacrylic acidgraft copolymerization
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接枝共聚物 [高分子] Graft copolymer ; grafting copolymerization ; EPDM-g-SAN ; CDA-g-PCLA
接枝共聚合 [高分子] graft copolymerization
辐射接枝共聚 radiation graft copolymerization
丙烯酰胺接枝共聚物 ISXA ; SSXA ; GCAM ; PGAM
辐射接枝共聚物 radiation graft copolymer
接枝共聚反应 graft copolymerization ; copolymerization reaction received sticks
非均匀接枝共聚物 non-uniform graft copolymer ; non-homogen ; uniform graft copolymer ; non-homogeneous graft copolymer
淀粉聚乙烯接枝共聚物 Starch-polyethylene graft copolymer
均匀接枝共聚物 uniform graft copolymer ; homogeneous graf ; homogeneous graft copolymer
淀粉与乙烯基单体接枝共聚是淀粉改性的重要方法。
The graft copolymerization of vinyl monomers onto starch was an important method for the modification of starch.
本文研究了木素磺酸盐和丙烯酸单体的接枝共聚机理。
The graft mechanism of lignosulfonate and acrylic acid was studied in this paper.
讨论了乙烯基单体接枝共聚改性炭黑在介质中的分散性能。
The dispersibility of vinyl monomer graft modified carbon black in media has been discussed.
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