雜聚合 的英文怎麼說
中文拼音 [zájùgě]
雜聚合
英文
heteropolymerization-
Synthesis of butyraldehyde glycol acetal with h4siw12o40 pan as catalyst
硅鎢酸摻雜聚苯胺催化劑催化合成丁醛乙二醇縮醛Catalytic synthesis of butyraldehyde glycol acetal with h4siw6mo6o40 polyaniline
硅鎢鉬酸摻雜聚苯胺催化合成丁醛乙二醇縮醛An epoxy anti - corrosive paint was prepared with polyaniline doped sulfosalicylic iii abstract acid as anti - corrosive agent. the phase texture of fracture surface on the coating was observed by sem. the results showed that granulated polyaniline formed crossing network in the coating, so the coating is well conductible
採用磺基水楊酸摻雜聚苯胺與環氧樹脂共混制備防腐塗料,掃描電鏡研究結果摘要表明,聚苯胺是以連續的網狀結構在復合物中形成導電通路,從而保證塗層具有良好的導電能力。Nano - tiopc60r, 40nm / ctm / pc = l / 80 / 100, s762. 5nm = 0. 533cm2 / u j ) ; thereby the single - layer nanoparticle tiopc / fluorinone - based azo composite photoreceptors were prepared and their photoconductive properties were briefly studied. in conclusion, two originalities can be outlined from this thesis : ( 1 ) by using 1, 4 - dioxane as disperse solvent, stable and uniform composites of tiopc, azo, hydrzone and polymer matrix were prepared, and the single - layer photoreceptors were successively fabricated with these composites, the photoreceptors showed high and wide range photosensitivity from visible to near infrared spectral regions
綜上所述,本論文主要有以下兩個創新之處: ( )採用兩雜性的二氧六環做分散溶劑,成功地實現了酞警氧鈦、綠丹藍偶氮、茶苯晚以及聚合物介質組成的、多相多組分體系的穩定復合,從而制備出從可見光到近紅外光區都具有高光敏性的寬頻響單層復合光導體。In at last, on base of electropolymerization of urushiol, electropolyurushiol / cus hybrid film ( hybrid - epu / cus ) was manufactured by the method of ion exchange process. then hybrid - epu / cus was characterized by ft - ir, fluorescence, dmta xrd and tem
最後,本文在電化學聚合漆酚的基礎上,用電化學聚合漆酚銅配合物,在一定條件下與nfos作用,可獲得聚合漆酚納米clls雜化材料。Plasma-polymerization of ethylene gives films of complex, uncertain structure.
乙烯的等離子聚合得到復雜的,無固定結構的薄膜。Huang, x., liu, z. - x., “ solid - phase synthesis of 4 ( 1h ) ? quinolone and pyrimidine derivatives on a new scaffold - polymer - bound cyclic malonic acid ester ”, j. org. chem., 2002, 67 ( 19 ), 6731 - 6737
國家自然科學基金面上重點項目: 「丙二酸環酯聚合物試劑參與的雜環化合物固相合成」 ( 2001 - 2003 ) 。It was showed under the laser scanning confocal microscopy that : for dna level fish, 81 % of the dnas were in the nucleoli and at the periphery of the nucleoli and 19 % in the nucleoplasm ; for rna level fish, 22 % of the rnas were in the nucleoli, 78 % in the nucleoplasm and at the boundary between it and the nucleoli ; for dna - rna level fish, 25 %, 46 % and 29 % of the dnas or rnas were in the nucleoli, at the periphery of the nucleoli and in the nucleoplasm, respectively
結果如下: dna水平熒光原位雜交結果顯示, 81的dna位於核仁內部及其核仁周邊區域, 19的位於核質中; rna水平熒光原位雜交結果表明, 22的rna位於核仁內, 78的位於核質及與核仁交界處; dna - rna水平熒光原位雜交結果是, 25的dna或rna位於核仁內, 46處于核仁周邊, 29位於核質中。由此推測出, rna聚合酶的轉錄主要發生在核仁及其周邊區域。The effect factors on organosol were discussed extensively. agcl organsol, agcl and cuo organosol were mixed with mma. after polymerization was carried out, nanometer hybrid material having photochromism was synthesized. the prepared samples were deeply investigated by tem, sem ed xrd, tga - dta, etc
將氯化銀有機溶膠和氯化銀、氧化銅有機溶膠摻雜到mma中,採用本體聚合法制備光致變色的有機玻璃,並採用tem 、 sem 、 xrd 、 tga - dta等現代手段對其進行了表徵。For the first time, agbr organosol was obtained by using oleic acid to extract and modify the agbr nanoparticles in hydrosol. and the optimum molar ratio of oleic acid to agbr nanoparticles was found. agbr nanoparticles, modified by oleic acid were mixed with mma
首次採用油酸萃取並包覆了水溶膠中的agbr納米粒子,制備了agbr有機溶膠;並找到了萃取率最佳時的油酸與agbr的摩爾比;再將油酸包覆的agbr摻雜到甲基丙烯酸甲酯中,進行本體聚合,從而制備了agbr光致變色有機玻璃。Synthesis and photopolymerization kinetics study of propenyl ether - acrylate hybrid monomer
丙烯酸酯雜化單體的合成及光聚合動力學研究The dopping of clo4 - had a great effect on the sensitivity of the sensor. the glucose oxidase could be immobilized in the polypyrrole membrane when the pyrrole is polymerizing on the electrode
當聚吡咯在電極上氧化聚合時,會形成帶正電荷的聚吡咯骨架,帶負電荷的酶就會通過電荷吸引摻雜到骨架中,從而得到固定。Finally, the hybridization on the 3 - pyrrole - dna polymer modified electrode was detected with methylene blue ( mb ) as a hybridization indicator, thus the function of 3 - pyrrole - dna modified electrode was qualitatively analyzed
實驗結果證明, mb可以用作無標記的dna雜交檢測;同時表明,電聚合法製作的dna晶元是有檢測功能的。In another way, they prevented ion exchange process in some degree because of space steric hindrance. in short, this paper will make a good foundation for further application research about urushiol hybrid material and electropolymerization in future
綜上所述,本文用兩種不同方法制備了不同聚合漆酚納米無機物雜化材料,研究了合成方法,結構特徵及性能等。The synthetic research of soluble polyaniline doped by polystyrene sulfonic acid
可溶聚苯乙烯磺酸摻雜聚苯胺的合成研究First of all, in this paper we prepared sno2 nanoparticles in microemulsion system made by dodecylbenzyl sulphonic acid ( dbs ), discussed all kind of influencing factors, investigated the optimal processing parameters in preparation
探討合成工藝對納米sno2的影響與合成納米sno2的最佳工藝條件,為將來制備聚合漆酚納米sno2雜化材料研究提供依。According to the structural characteristic, hybrid materials of polyurushiol and inorganic semiconductor nanoparticles were prepared, which maybe a new king of functional organic - inorganic hybrid material. it would promote the characteristic of urushiol in new areas. searching literature, we did not find a report about polyurushiol / nanoparticles hybrid
根據其結構特點,將無機半導體納米粒子引入漆酚中得到聚合漆酚無機半導體納米雜化材料,一方面有可能開發出具有新功能性的有機無機納米雜化材料,另一方面可使生漆的獨特性能在新的應用領域中得到發揮,促進生漆的應用開發研究。Since polymer light - emitting diodes ( pleds ) were invented, much efforts have been made to improve the brightness and efficiency of its electroluminescence for realizing pled commercial application. we investigated several factors influencing the brightness, efficiency and spectrum characteristics of pleds el, especially focused our attention on the processes of carrier injection, transport, recombination and annihilation factors influencing brightness efficiency of organic electroluminescence ( oel ) in doped single and double - layer pleds
本文以提高聚合物器件的效率和亮度為目標,提出了提高及b幾種方案,研究了材料性質,器件結構,它們的穩態及瞬態特性及發光機理,特別關注了以兼具電子空穴傳輸能力的分子及摻雜聚合物作成的單雙層摻雜聚合物發光器件中的載流子注入、遷移、復合及湮滅等。Bacterial walls are more complex, containing peptidoglycans - complex polymers of amino acids and polysaccharides
細菌細胞壁的化學成分更為復雜,它們的細胞壁中含有肽聚糖? ?一種氨基酸和多糖的復雜聚合物。Analysis and design of the photonic - band - gap microstrip antenna
用速率方程分析摻雜聚合物光纖的團簇特性分享友人