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1)  Cross-Linkage Mechanism at Room Temperature
室温交联机理
2)  cross-linking at room temperature
室温交联
1.
In this paper first a polyacrylamide with low molecular weight was synthesized,then the polyacrylamide was hydroxymethylated with formaldehyde,finally the hydroxymethylatcd polyacrylamide and acrylamidc reacted to form the cross-linking at room temperature polyacrylamide.
首先合成低分子量的聚丙烯酰胺,再用甲醛使其羟甲基化,最后羟甲基化聚丙烯酰胺和丙烯酰胺缩合得到可室温交联的聚丙烯酰胺。
3)  ambient crosslinking
室温交联
1.
The influence of three different emulsion polymerization technologies, sop-free, micro-soap and conventional emulsion polymerizations on the ambient crosslinking acrylic emulsion paints based on diacetoneacyloamide (DAAM) as crosslinking monomer and adipic hydrazine as hardener.
研究了无皂、微皂和常规三种乳液聚合工艺对以双丙酮丙烯酰胺(DAAM)为交联单体、己二酰肼为固化剂的室温交联丙烯酸乳胶漆性能的影响。
2.
No heat being needed in using, ambient crosslinking not only economizes the energy but also facilitates the application of coatings.
室温交联因其在施工中不需加热,使用方便而受到人们的重视。
4)  ambient crosslinkable
室温自交联
1.
An aqueous ambient crosslinkable polymer acrylic emulsion was abtained by adding adipic acid dihydrazide(ADH) to the polyacrylate emulsion incorporating diacetone acrylamide(DAAM), and this emulsion was synthesized by seeded-emulsion polymerization.
把纳米硅溶胶与制得的室温自交联聚丙烯酸酯乳液不同比例共混,并对这些乳液及其乳胶膜的性能进行了测试。
5)  room temperature cross linker
室温交联剂
1.
When the mass fraction of aziridine cross linker A was 3% in dry solid content of WPU emulsion, the water absorption of WPU pliofilm modified by different room temperature cross linker could be reduced to about 3%, and the WPU pliofilm had better permanent water resistance.
5时,制得的WPU胶膜耐水性较好;采用不同的室温交联剂对WPU进行交联改性,当w(氮丙啶型交联剂A)=3%时(相对于WPU乳液干固量而言),WPU胶膜的吸水率降低至3%左右,并具有较好的持久耐水性。
6)  room temperature wet-state crosslinking
室温潮态交联
1.
Research on the room temperature wet-state crosslinking crease-proofing finishing process of cotton fabrics;
纯棉织物室温潮态交联防皱整理工艺的研究
补充资料:配位场交联机理
分子式:
CAS号:

性质:又称配位场交联机理。简称I机理(I machanism)。一类取代反应的机理。配位化合物MLnX被Y取代反应时,配位数没有变化。在活化过渡状态下M—X键的减弱和M—Y键的初见端倪是同时发生的,最后新键的生成和旧键的断裂同时进行,不生成中间配位化合物。此机理又分为(1)交换缔合机理(又称Ia机理),取代反应中,进入基团Y的作用先于离去基团X,反应倾向于缔合。(2)交换离解机理(又称Ib机理),取代反应中离去基团X的外用先于进入基团Y,反应倾向于解离。

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