intercalation polymerization 中文意思是什麼
-
Two kinds of n - substituted pyrrole ( trimethyl - ( 2 - pyrrol - l - yl - ethyl ) - ammonium iodide and 2 - ( 2 - pyrrol - 1 - yl - ethoxy ) - ethane - sulfonate sodium ) were synt hesized ; poly ( trimethyl - ( 2 - pyrrol - l - yl - ethyl ) - ammonium iodide ) / v2os nanocomposites were synthesized by two methods ( monomer in - situ intercalate polymerization and polymer intercalation in solvent ). to fabricate vaos sol by melt quenching, oxygen top - blend technique was applied to improve oxygenic part - pressure, decrease the oxygenic anoxic and restrain the increase of v4 + ion when vos was melted. the xos xerogel prepared by the new technique had more complete structure than the vos xerogel which v20s powder was melted in the air
針對以v _ 2o _ 5為原料、熔融淬冷法合成v _ 2o _ 5溶膠、制備v _ 2o _ 5干凝膠薄膜這一方法，提出了在v _ 2o _ 5熔融時運用氧氣頂吹工藝這一思路，目的是增加熔體表面的氧分壓，減少熔體的氧缺損，使v _ 2o _ 5干凝膠的v ~ （ 5 + ）離子含量更高、其結構更完整、性能更穩定。 -
The work was composed in five parts : ( 1 ) epoxy resin / org - mmt / diethylenetriamine ( deta ), epoxy resin / org - mmt / imidazole ( mz ) and epoxy resin / org - mmt / tung oil anhydride ( toa ) nanocomposites were prepared by in situ intercalation polymerization
所研究的內容及其結論主要包括以下五個部分： （ 1 ） xrd測試表明環氧樹脂進入了有機蒙脫土片層內，使蒙脫土層間距增大。 -
The intercalation mechanism of insitu emulsion polymerization has been proposed for the first time. then acr / montmorillonite nanocomposites blended with pvc, the tem and xrd indicated that the montmorillonite were dispersed with nanometer in pvc matrix. the flexural strength and flexure modulus of composites increased with the montmorillonite content, and the impact strength of composites a little increased
且隨著acr蒙脫土納米復合材料中蒙脫土用量的增加，雖然pvc acr蒙脫土納米復合材料的拉伸性能變化不大，但抗彎強度和彎曲模量明顯增大，而且其缺口沖擊強度也有一定幅度的增大，具有工業實用價值。 -
This article includes three parts : part ： a review on research and development of preparation of organic / inorganic hybrids by intercalation in this part, the history of intercalated polymerization was looked back. the types of intercalated materials, the structure of montmorillonite ( the main intercalated material ), and the rules of chose - intercalated agent were discussed
本論文包括三部分：第一章插層聚合制備有機/無機雜化材料的研究進展（綜述）本章綜述了插層聚合方法的歷史，插層材料的種類及其主要材料? ?膨潤土的結構以及插層劑的選擇。 -
The nanocomposites were prepared by monomer in - situ polymerization or polymer solution intercalation. the structures of nanocomposites were analyzed. the polymer intercalated in the layer
在單體插層聚合中， n一乙基毗咯三甲基鐐不僅在層內聚合，還可在層外聚合， vzos層間擴大至13 -
Thermosetting resin / org - mmt nanocomposite, including exopy resin / org - mmt and phenolic resin / org - mmt, were prepared by in situ intercalation polymerization, and the intercalation and exfloliation behaviour of them were characterized by x - ray diffraction ( xrd ), dynamic mechanical thermal analysis ( dmta ), and different scanning calorimetry ( dsc )
採用原位插層聚合法通過澆模固化成型制備了熱固性樹脂蒙脫土納米復合材料，並用xrd ， dmta ， dsc等手段研究了熱固性樹脂與有機蒙脫土的插層與剝離行為，並對固化過程進行了理論預估。 -
In this paper, the kaolinite / polyacrylamide intercalation compound was prepared first by the displacement reaction of kaolinite / formamide intercalation precursor with acrylamide, and then the in - situ polymerization of acrylamide. the kaolinite structure and the intercalation mechanism were discussed by the techniques of powder x - ray diffraction analysis, * h mas nmr, raman, and ir spectra
本文以甲酰胺為前驅劑、丙烯酰胺為取代劑，採用插層-取代-原位聚合的方法制備高嶺石有機插層復合物，用x射線衍射、 ~ 1hmasnmr 、 raman 、 ir等技術研究了插層復合物結構特徵和插層反應機理。 -
Up / montmorillonite nanocomposites was prepared by in situ intercalation polymerization. its microstructure was characterized by tga, xrd and tem. the results show that the up / montmorillonite nanocomposites is intercalated nanocomposites
通過tga 、 xrd和tem等手段表徵不飽和聚酯蒙脫土納米復合材料的微觀結構，確定為插層型納米復合材料。 -
And we also give the intercalation mechanism of emulsion polymerization, the reaction calories will be benefit to the exploit of montmorillonite. the properties of acr / mmt / pvc composites were characterized. the addition of montmorillonite can improve the strain strength ; enhance the decomposition temperature and vicat soft point, little influence to impact strength
將聚丙烯酸酯/蒙脫土納米復合物與pvc樹枝共混，考察了蒙脫土對pvc的改性效果，發現呈納米分散的蒙脫土可以明顯的提高pvc的拉伸強度、熱分解溫度和熱變形溫度，對抗沖性能影響不大。
分享友人