聚合物表面改性是一项具有实用价值的课题。
The surface modification of polymers is an important subject with practical values.
本文利用聚合物表面改性和表面粗糙方法，大幅改善了PP表面的润湿性，成膜率从约40%提高到约95%。
Based on polymer surface modification and roughening method, the surface wettability of PP improved significantly. Film-forming ratio increased from about 40% to 95%.
利用聚合物表面改性和表面粗糙方法，大幅改善了PP表面对水的润湿性，成膜率从约40%提高到约95%。
Based on polymer surface modification and roughening method, the PP surface wettability against water was improved significantly. Film-forming ratio was increased from about 40% to 95%.
表面有机化改性是提高木质填料（木纤维或木粉）的分散程度和增强其与聚合物基体界面相互作用的重要手段。
Surface organic modification plays an important role in improving wood fillers (xylon and wood flour) dispersion and enhancing the interfacial interactions between the wood fillers and polymer matrix.
WC表面聚合物包覆的物理改性，其抗氧化能力提高了一倍。
By surface physical modification of polymer cladding, the oxidation resistance of WC can be increased by double.
最后讨论了聚合物材料的表面改性方法及效果。
At last, the method and effect of modification surface of polymeric material are discussed in this paper.
为改善氢氧化铝阻燃剂与聚合物材料之间结合力差的现状，必须对其进行表面改性。
Flame retardant of aluminium trihydrate must be modified to improve the compatibility with non-polar polymer.
电晕或等离子体表面处理的改性聚合物表面放电。
Corona or Plasma surface Treatment is modification of polymer surfaces with electrical discharge.
作为无溶剂、环境友好的表面改性技术，离子束技术在聚合物材料表面改性中已取得广泛应用。
Ion beam technology as the surface modification technology requiring no solvent and being environmentally friendly has been widely applied to the surface modification of polymer materials.
本文从纤维增强PEEK、颗粒填充PEEK、PEEK表面改性、与聚合物共混等方面综述了PEEK改性研究的进展情况。
Enhancement of PEEK by adding continuous fibre and short fibre, particle fillers, surface modification and blend with polymers were reviewed.
目前，细胞相容性聚合物的表面改性方法主要有：等离子体改性、接枝改性等方法。
To date, plasma and grafting has become main methods of surface modification of polymers.
笔者对自制的纳米抗菌材料用表面包覆法进行表面改性，解决纳米抗菌粉体的“团聚”问题，使纳米抗菌粉体弥散于成纤聚合物pet中。
The surface of nano-antibiotic material was modified, thus the problem of accumulation of nano-antibiotic powder was solved, and the nano - antibiotic material was dispersed in PET.
阐述了纳米抗菌材料与成纤聚合物（PET）复合材料的表面改性、分散、相容及成型；
The surface modification and dispersion of nano-antibacterial powders, its compatibility with PET polymer and molding of PET matrix nano-antibacterial composite were discussed and investigated.
文中就聚合物对无机粒子表面进行包覆改性的原位聚合方法，包括接枝聚合法和乳液聚合法的研究现状进行了综述。
The methods to modify the surface of inorganic particles with in-situ polymerization, including graft polymerization and emulsion polymerization, were reviewed in this paper.
本文总结了利用紫外光接技改性聚合物表面的研究进展。
In this paper a general review on the progress of modifying polymeric surface through UV - induced graft polymerization is presented.
对无机阻燃剂进行表面改性，从而提高其与高分子聚合物的相容性和分散性。
The inorganic flame retardant was surface modified to enhance compatibility and dispersion within the polymer.
对无机阻燃剂进行表面改性，从而提高其与高分子聚合物的相容性和分散性。
The inorganic flame retardant was surface modified to enhance compatibility and dispersion within the polymer.
应用推荐