1) chelation crosslinking
螯合交联
1.
In corporation of crosslinking agent zinc acetate will lead the chelation crosslinking between carboxylicion and metalion.
通过加入金属盐交联剂醋酸锌,使羧基离子与金属离子键合形成螯合交联,研究了羧基含量与加入醋酸锌后不同的n(Zn2+)∶n(—COOH)对乳液性能的影响,自交联乳液制得的涂膜铅笔硬度达到2H,耐水性达96 h以上。
2) coupling-chelating agent
偶联螯合剂
1.
The results show that:based on selecting proper molar ratio(F/U≤13),changing synthetic technology,adding coupling-chelating agent(10%) and so on,low toxicity UF resins with good comprehensive performances could be made.
在低物质的量比条件下,分析讨论了脲醛胶的各项力学性能,甲醛释放机理,通过研究表明:选择适合的物质的量比(F/U≤1 3)、改进合成工艺、添加偶联螯合剂(1 0%)等,可生产出综合性能较好的低毒脲醛胶,胶合板甲醛释发量达到E1级(≤1 5mg/L),力学性能符合GB/T9846-1988及GB/T15104-1994标准要求。
3) chelating ionexchanger
螯合离子交换剂
4) ion exchange/chelating
离子交换/螯合
1.
The synthesis and applications of ion exchange/chelating phenolic resin are reviewed,and the research prospect of this fields is proposed.
对近年来酚醛型离子交换/螯合树脂的合成与应用研究进行了综合评述,并对今后该领域的研究提出了展望。
5) chelating
[英]['ki:leit] [美]['ki,let]
螯合
1.
Influence of the chelating treatment onperoxide bleaching of the triploid ofpolulus tomentosa pulp;
螯合处理对三倍体毛白杨纸浆过氧化氢漂白效果的影响
2.
From the point of ion exchange and chelating,the high adsorption selectivity was investigated by the peculary structure of amidoxime fiber(combined with crosslinking structure and the maximal conversion of cyano) and Au ion.
从离子交换和螯合吸附的角度,根据偕胺肟基纤维本身的交联结构和最大氰基转化特点以及金离子本身的结构特点对其高选择吸附性能进行了解析。
3.
A new L-phenylalanine resin (PSAcylPhe) was prepared by chloroacetylated polystyrene (PSAcylCl) instead of merrifield resin (PSCH2Cl) and applied for chelating Ni2+.
用氯乙酰化聚苯乙烯(Chloroacetylized Polystyrene,PS-Acyl-Cl)树脂替代氯甲基树脂与苯丙氨酸(Phenylalanine,Phe)反应制备了PS-Acyl-Phe型螯合树脂,并研究了该树脂在pH、螯合时间、Ni2+浓度等不同条件下对Ni2+的螯合性能,得到了Ni2+型介质的最佳螯合条件:Ni2+溶液浓度为0。
6) chelate
[英]['ki:leit] [美]['ki,let]
螯合
1.
Optimized Preparation Conditions for Chelate of Auricularia Polysaccharides with Zn(Ⅱ) and IR Spectrum Analysis;
黑木耳多糖与Zn(Ⅱ)螯合物的制备工艺及红外光谱分析
2.
Preparation and bioactivity of Ca~(2+) chelate of hydrolysate by enzymolysis from the waste fish proteins;
鱼蛋白酶水解物的钙螯合修饰及其功能活性
3.
Study on the functionality of protein hydrolysates of chelate by enzymolysis from Hairtail waste
带鱼下脚料水解螯合物制备及其功能活性研究
补充资料：合交
1.犹结交。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条