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- The screw configuration of twin-screw extruder had some influence on the phase morphology of immiscible polymer blend. 雙螺桿擠出機螺桿構型對不相容體系共混物的相態(tài)結構有一定影響。
- The applications of immiscible polymer blend filled with filler, especially in the field of conductive polymer composites, were reported. 介紹了填料填充不相容聚合物共混體系的應用，尤其是在導電復合材料中的應用。
- The concept of the model of energy ratio, which is an effective method to study phase morphology of immiscible polymer blends,was put forward. 指出了目前不相容聚合物共混體系相態(tài)反轉數學(xué)模型的不足,提出了能量比模型的概念,認為這是研究不相容聚合物共混體系相態(tài)有效的方法。
- Phase Inversion Development of Immiscible Polymer Blend 不溶混聚合物共混體系相態(tài)反轉的研究進(jìn)展
- Reactive copolymeric compatibilizer with reactive groups can react with po lymers containing relevant functional groups,so as to improve the compatibility of immiscible polymer blends. 反應型共聚物相容劑所含的反應官能團與共混物中聚合物的相關(guān)的官能團發(fā)生化學(xué)反應，從而改善不相容聚合物共混物的相容性。
- INFLUENCE OF GLASS SUBSTRATE ON THE EVOLUTION OF PHASE MORPHOLOGY IN IMMISCIBLE POLYMER BLEND THIN FILMS 玻璃基板作用下高分子共混物薄膜相形態(tài)發(fā)展過(guò)程
- Influence of Staggering Angle of Kneading Block of Co-rotating Extruder on Phase Morphology of Immiscible Polymer Blend 同向雙螺桿捏合盤(pán)錯列角對不相容體系共混物相態(tài)結構的影響
- Phase Dimension Development of Immiscible Polymer Blends 不溶混聚合物共混體系相態(tài)尺寸的研究進(jìn)展
- A Study into the Phase Morphology of Reactive Immiscible Polymer Blends 反應性不相容聚合物共混物相形態(tài)研究
- Study on Phase Morphology of Immiscible Polymer Blends Based on the Model of Energy Ratio 基于能量比模型的不相容聚合物共混體系相態(tài)研究
- Immiscible Polymer Blends 不相容體系
- Gelles R,Frank CW.Effect of Molecular Weight on Polymer Blend Phase Separation Kinetics[J].Macromol,1983,16:1448. 狄英偉;巴曉微;謝德民;等.;新型功能材料聚烷基芴衍生物及其應用[J]
- Polymer blend carbonization is hopeful to become one method of finely controlling the pore size of carbon materials. 聚合物共混炭化法有望成為一種能夠對炭材料孔徑進(jìn)行精細控制的方法。
- In this paper, the morphological structure of polymer blend spinning fibers are introduced. 摘要介紹了高分子混合系共混紡絲纖維的形態(tài)結構。
- The application and development of polymer blend alloys with laminar dispersed phase were reviewed with 23 refrences. 最后，敘述了永久抗靜電層狀分散聚合物合金的制備及其應用進(jìn)展。
- The experimant resuit found that beth copmosition 50/50 PBT/PET copolyester and 50/50 PBT/PET polymer blend have the smallest n and E. 組份比50/50的共聚酯和共混聚合物具有較低的n、E值。
- In this paper, a modified nonradiative energy transfer method (M-NRET) was used for the study on miscibility of polymer blend. 熒光非輻射能量轉移(NRET)法可靈敏地反映出在幾納米尺度上分子相互作用的信息。
- In this paper a method of particle size measurement introduced into the size and shape measurement of dispersed phase in polymer blend is found feasible. 本文將顆粒大小測定方法引入到高分子共混物的分散相尺寸測定中,驗證了這是表征分散相尺寸可行的方法。
- Through selecting proper polymer blend system, the PVDF hollow fibre membrane with high performance, high porosity, hydrophilic surface could be prepared. 通過(guò)選擇合適的共混體系，可制備出高性能、高孔隙率、表面親水的聚偏氟乙烯中空纖維膜。
- The morphologies, choice of materials, processing conditions and functional properties of polymer blend alloys with laminar dispersed phase were summarized. 綜述了層狀分散形態(tài)聚合物合金的形態(tài)特征、材料選擇、成型加工條件，以及層狀分散形態(tài)聚合物的功能性。
