interfacial polymerization 中文意思是什麼
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The study conducted research on the following four fields : firstly, the characteristics of the interfacial polymerization system of piperazine aqueous solution / trimesoyl hexane solution were systematically investigated. the results show that at a certain molar ratio between the two monomers, piperazine and trimesoyl, at the two phase interface, a dense functional layer of ultra low pressure, high permeating flux and high salt rejection formed by controlling the time of interfacial polymerization, such as the composite membrane ( i ), the concentration in water phase is 0. 4 %, and 0. 1 % in organic phase, and the polymerization time is 1 minute
本文主要進行了四個方面的研究，首先系統分析和研究了哌嗪水溶液均苯三甲酰氯正己烷溶液界面聚合體系特徵、界面聚合反應中各影響因素對膜性能的影響等，結果發現，當界面處兩相單體（哌嗪和酰氯）分子摩爾比為某一比值時，通過控制界面聚合時間（有機相處理時間） ，可以形成超低壓高通量高脫鹽的緻密功能層，如復合膜（ ） ，水相濃度為0 . 4 ，有機相濃度為0 . 1 ，聚合時間1min 。 -
It set up the development of the world recognized high performance nanofiltration composite membrane of aromatic polyamide, on the basis of reviewing the development, the importance in the membrane separation technology, the classification, the fabrication technique and the current development of the research and the application of the nanofiltration membrane. polysulfone was chosen as the material for making the porous substrate because of its excellent compress - to - denseness resistance, its cheap price and its great availability. by fabricating an ultra thin polyamide functional layer on the polysulfone substrate through interfacial polymerization taking piperazine as the monomer in aqueous phase and trimesoyl chloride as the monomer in organic phase, high performance nanofiltration composite membranes of ultra low pressure and ultra high permeating flux were prepared
選擇耐壓密性能優良，價廉易得的聚碸材料為制備復合膜基膜材料，哌嗪為水相單體，均苯三甲酰氯為有機相單體，通過界面聚合反應在基膜表面形成超薄功能層，制備了超低壓高通量聚哌嗪均苯三甲酰胺聚碸納濾復合膜，以0 . 1 mgso _ 4溶液為測試液，所得高脫鹽平板復合膜（ ）在0 . 4mpa下，脫鹽率為96 . 1 ，通量達85 . 2l -
Pdmaema can be cross - linked by quaternization to develop a positively charged dense network structure. according this mechanism, pdmaema / psf positively charged nanofiltration membrane was developed by interfacial polymerization using psf plate macrofiltration membrane as support layer, pre - polymer of pdmaema water solution as coating solution, p - xylylene dichloride / heptane as cross - linking agent
根據這一機理，以psf平板微孔膜為基膜， pdmaema預聚物水溶液為塗層液，以對二氯芐正庚烷溶液為交聯劑，採用界面聚合法制備了pdmaema psf荷正電復合納濾膜。 -
Pamps / pvdf hollow - fiber gel composite membrane was prepared through interfacial polymerization
採用界面聚合法制備pamps pvdf中空纖維凝膠復合膜。 -
During making microcapsule by interfacial polymerization process, the effects of the agitation speed, dispersant dosage on the size and distribution of microcapsule particle diameter were investigated
摘要研究了界面聚合法制備微膠囊阻燃劑時，分散劑用量、攪拌速度等因素對微膠囊粒徑大小及分佈的影響規律。 -
After interfacial polymerization, the module was filled with a 10 % ( wt. % ) aqueous trimethylamine solution and kept for 24 hours to convert the chloromethylated groups into cationic quaternary ammonium groups
當界面聚合反應完成後，將膜浸入濃度為10的三甲胺溶液鄭州大學碩士學位論文中，通過化學修飾將其氯甲基基團轉化成陽離子季胺鹽基團。 -
So we decide to fabricate gi - pof by the method of interfacial - gel mass polymerization of methyl methacrylate ( mma ). secondly, some ways for purifying mma such as two - stage rectification, dynamic melt crystallization and distillation - melt crystallization hybrid process were researched
其次討論了制備塑料光纖的主要原料mma的精製方法，研究了填料塔兩級精餾、動態熔融結晶及熔融結晶-精餾耦合工藝，提出用分子蒸餾法提純摻雜劑的設想。 -
The objective of this study is to develop a novel technique for preparing asymmetric mosaic membrane by introducing both the negative charged and the positive charged groups into the selective layer of interfacial polymerization ( ip )
為此，本文將重點研究通過界面聚合方法，在超濾膜支撐體上復合很薄的選擇層，並使其具有荷電鑲嵌膜的結構和特徵。 -
Under the conditions of operation pressure about 0. 5mpa and feed temperature 25 c, the rejection performance of nacl feed solution ( 500ppm ), is about 35 %, while the flux is about 45ml cm - 2 h - 1. the pa membranes were prepared by interfacial polymerization, usingl, 3, 5 - benzenetricarbonyltrichlori2, 4 - dichloroterephthalaldehyd e, 1, 3 - phenylenediamine as monomers
研究結果表明， 5102 / a12o :無機復合超濾膜的研製原料正硅酸乙酷、乙醇、水、 n ， n一二甲基甲酸胺（ dcca ）和hno3之間的配比、塗膜過程、熱處理溫度等直接影響著溶膠的質量和膜的性能。 -
Considered its terminating effect on interfacial polymerization reaction, the quantity of 4 - ( chloromethyl ) benzoyl chloride should be limited to some extent. for the ip process investigated, n - dodecane and water can be used as solvents for dabsa and tmc solutions, respectively
在界面聚合過程中，分別以正十二烷和水作為有機相和無機相單體的溶劑，以十二烷基硫酸鈉（ sds ）作為表面活性劑。 -
Finally, the pmma / sio2 micron - composites was prepared by in - stu polymerization, and the properties of this composites filled with different surface characteristic and content ratio white carbon was study. the results revealed that improving interfacial compatibility and strength between micron - white carbon and polymer were beneficial to improving the mechanics, thermal stability and resistant solvent
結果表明：對于微米級的白炭黑粒子，提高其與聚合物基體的界面相容性和界面強度，對復合材料的力學性能、熱穩定性以及耐溶劑性能有很好的改善。 -
Applications of interfacial polymerization in preparation of materials
界面聚合技術在材料制備中的應用 -
The development of interfacial polymerization and its application in the preparation of membrane, microcapsule, nanomaterial and polyester was reviewed
摘要綜述了界面聚合的發展過程及其在膜、微膠囊、納米材料、聚酯等制備方面的應用進展。 -
This paper was studied by using interfacial polymerization to produce the photochromic dyes microcapsules, which were made from urea and melamine polymer as shell, photochromic dyes as core and toluene as solvent
摘要本研究以界面聚合法制備光可變色性染料微膠囊，以尿素、美耐明為殼物質，光可變色性染料為核物質，甲苯為溶劑。
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