1) Surface chemical grafting
表面化学接枝
2) Surface grafting
表面接枝
1.
Development of surface grafting polymerization on the inorganic nanoparticles;
无机纳米粒子表面接枝聚合的发展现状
2.
The classifications and basic mechanisms for surface grafting on a PET membrane are reviewed.
综述了聚酯薄膜表面接枝的原理、方法和技术优势。
3.
The chemical methods adopted in surface grafting,the surface modifications of polyolefin by radiation and illumination technique and plasma process as well as the related surface modifiers of polypropylene were described emphatically.
介绍了以过氧化物为中间产物的聚烯烃本体接枝、链转移反应、多单体熔融接枝的进展情况,重点阐述了表面接枝中的化学方法、利用辐照和光照技术对聚烯烃的表面改性、等离子体工艺及相关的聚丙烯表面改性剂。
3) UV-ray induced graft-copolymeriazation
光表面接枝
5) surface grafting PVA
表面接枝PVA
6) Surface photografting polymerization
表面光接枝
1.
Surface photografting polymerization (SPGP) may be intiated by the photoredution reation of an aromatic ketone with a surface H donors, the chain transfer of a free radical to the surface of organic materials, as well as the fragmentation of a special photo sensitive group on the surface of materials.
介绍了表面光接枝的原理、方法和应用前景。
2.
Surface photografting polymerization (SPGP) may be intiated by the photoredution reation of an aromatic ketone with a surface H-donors, the chain transfer of a free radical to the surface of organic materials, as well as the fragmentation of a special photo-sensitive group on the surface of materials SPGP may be conducted by a vapor phase process or a liquid phase pocess.
表面光接枝主要是经光化学反应引发有机材料产生表面自由基，从而引发单体聚合生成表面接枝链。
补充资料：化学接枝
分子式：
CAS号：
性质：在某聚合物主链上接上结构和组成不同的支链的化学反应过程。形成的接枝共聚物的性能决定于主链和支链的组成、结构和长度以及支链的数目。长支链的接枝共聚物类似于共混物，支链短而多时则类似于无规共聚物。
CAS号：
性质：在某聚合物主链上接上结构和组成不同的支链的化学反应过程。形成的接枝共聚物的性能决定于主链和支链的组成、结构和长度以及支链的数目。长支链的接枝共聚物类似于共混物，支链短而多时则类似于无规共聚物。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条