凝胶化的英文

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"凝胶化"怎么读用"凝胶化"造句

英文翻译手机版

gelatination
gelating
gelation
gelification
gelling
jellify
vitrinization

"凝胶"英文翻译 gel
"化"英文翻译 change; turn; transform
"沉淀凝胶化" 英文翻译 : precipitation gelation
"凝胶化法" 英文翻译 : gelling technique
"凝胶化胶的" 英文翻译 : gelatinization
"凝胶化物质" 英文翻译 : anthraxylon
"凝胶化组分" 英文翻译 : gelatinous microcomponent; gelatinousmicrocomponent
"凝胶化作用" 英文翻译 : gelatification; gelatination; gelatinization; gelation; gelefication; gelling
"提前凝胶化, 先期凝胶" 英文翻译 : premature gelation
"半凝胶化组分" 英文翻译 : semigelatinous maceral; semigelatinousmaceral
"氧化钍凝胶化" 英文翻译 : thoria gelatination
"成岩凝胶化作用" 英文翻译 : diagenetic gelification
"胶凝作用凝胶化作用" 英文翻译 : gelatification
"生物化学凝胶化作用" 英文翻译 : biochemical gelification
"胶化" 英文翻译 : retrogradation◇胶化剂 gelatinizing agent; [材料] gelling agent; colloidizing agent; 胶化器 colloider
"凝胶" 英文翻译 : gel◇凝胶点 gel point; 凝胶剂 jellies; 凝胶漆 [材料] gel paint; 凝胶强度 gel strength
"果胶化" 英文翻译 : pectization
"胶化；糊化" 英文翻译 : gelatinization
"胶化的" 英文翻译 : colloidizing
"胶化机" 英文翻译 : vulcaniaing machine
"胶化剂" 英文翻译 : colloidizing agent; gel builder; gelatinizer; gelatinizing agent; gelling agent; peptizer
"胶化墨" 英文翻译 : gelled ink
"胶化器" 英文翻译 : colloider
"胶化体" 英文翻译 : gel
"胶化油" 英文翻译 : gelled crude

例句与用法

Rheological and gelation properties of pvc paste filled with nanometer caco
糊的流变及凝胶化性能
And the electrochemical properties of products were studied and the materials show good electrochemical properties
以溶胶-凝胶化产物为前驱体，研究了不同焙烧条件对产物结构性能的影响。
It was shown that the gel time and rf carbon aerogels properties were mainly determined by the catalyst content ( r / cat ) and reactant concentration
催化剂含量( r cat )和反应物浓度是影响凝胶化时间和气凝胶性质的主要因素。
In comparison with sol - gel system catalyzed by potassium carbonate and sodium carbonate , the gel time was markedly shortened and the densities of the prepared carbon aerogels were obviously reduced
相对以k _ 2co _ 3和na _ 2co _ 3为催化剂的凝胶体系，凝胶化时间大大缩短，所得气凝胶密度降低。
By the optimized condition of sol - gel process , a nano - scale thin - film was prepared . the structure properties and the thickness of the film were also characterized . the chemically modified electrodes were studied that used the nano - scale silica sol - gel film as the matrix for immobilizing the molecules such as the methylene blue , the thionine or the alizarin red s on the surface of gold electrode
本文研制了一种制备硅溶胶?凝胶膜( sol - gel )的方法，通过对形成溶胶和凝胶化过程的技术条件的控制，获得了制备纳米级溶胶?凝胶膜的最佳技术条件，并且对膜的厚度等性质进行了一系列的表征。
The tlow distance and gelating time of the nanocomposites were shorter than that of the pure pf , which meet the standard of the pf used in frictional materials . compared to the pure pf , the silica7pf nanocomposites exhibited excellent heat stability only in nitrogen atmosphere , however , so do vermiculite / pf nanocomposites in both nitrogen and air atmospheres . compared to the brake pad based pf resin , the wear rate of the present one based with silica / pf nanocomposite decreased obviously , especially in high temperature
用烷基铵ctab和kh - 560对蛭石进行有机化处理，通过原位聚合法制备了酚醛树脂接枝改性sio _ 2纳米复合材料、酚醛树脂kh - 560改性sio _ 2纳米复合材料、酚醛树脂ctab改性蛭石纳米复合材料、酚醛树脂/ kh . 560改性蛭石纳米复合材料，采用ftir 、 xrd 、 afm和tg分析与流动距离、凝胶化时间的测试，研究了所制备的酚醛树酯纳米复合材料的结构、固化行为和热稳定性能，并研究了以酚醛树酯纳米复合材料为基体的刹车片摩擦磨损性能。
As the content of vermiculite minerals increased , the content of the " intercalated " shape , in which crystal gallery breadth was about of 40nm , also increased . in the curing reaction processing of polybenzoxazine / vermiculite hybrid nanocomposites intercalated with bisphenol a type precursor . according to the content of vermiculite minerals , while different shape of crystal was forming , these crystals were retarding the heat ring - opening polymerization of bisphenol a type precursors in the nanocomposites
通过对双酚a型ben蛭石纳米插层物固化过程的分析：不同蛭石含量的插层物，在形成不同纳米分散状态固化结构的过程中，蛭石晶片对双酚a型ben的热开环聚合有明显不同的阻碍作用，蛭石含量为3的插层物160的凝胶化时间较纯树脂的延长约7min ，活化能高约8kj mol ，固化反应热晗低约14j g ，使得固化物的固化程度较纯树脂低约10 ，阻碍作用最大，其它含量的次之。