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1)  complex in aqueous solution
液相络合
2)  complexing liquor
络合液
1.
In the process,the problem of wet stock in CuCl—NaCl complexing liquor blocking filter media was resolved with the method of flocculation filtering aid,and a way of separation was given.
结合以有色金属治炼厂含铜废渣为原料生产氯化亚铜的工艺特点,对用絮凝助滤法解决CuCl—NaCl络合液中粘泥堵塞过滤介质问题进行了试验研究,找出了具体的分离方法。
3)  liquid synthesis
液相合成
1.
The tripeptide RGD is synthesized by the method of liquid synthesis.
作者采用液相合成法合成了RGD三肽并对其进行了生物活性检测 ,证实用人工合成的RGD短肽接枝后具有促进材料与内皮细胞粘附的生物活
2.
In this article,the tripeptide RGD is synthesized by the method of liquid synthesis.
采用液相合成法合成了RGD 三肽并对其进行了生物活性检测,证实用液相合成的 RGD 短肽具有促进材料与内皮细胞粘附的生物活性。
4)  Liquid-phase synthesis
液相合成
1.
Based on the strategy of liquid-phase synthesis, polyethylene glycol (PEG) 4000 was used to load chlorotriazine by etherification, forming a novel soluble polymer-supported reagent I which reacted with 4-io-dobenzoic acid in the presence of N-methylmophorpholine to generate the activated ester II.
液相合成兼容了固相合成可快速简便地对产物进行分离纯化以及溶液相合成可在均相条件下进行反应和用常规手段对反应中间体进行分析检测的优点 ,用聚乙二醇 (PEG) 40 0 0作为可溶性聚合物支持体 ,通过醚键将 [1,3 ,5 ]氯三嗪连接在PEG上制备成PEG支持的新型的可溶性聚合物试剂I 。
2.
The technical characteristics, research status and recent progress in preparing nanometer particles by liquid-phase synthesis including precipitation, solvent evapration, hydrothermal, sol-gel and microemulsion technigues have been reviewed in the paper.
论述了目前常用的液相合成技术 (包括沉淀法、溶剂蒸发法、水热法、溶胶 -凝胶法和微乳液法 )制备纳米颗粒的技术特点、研究现状及其进展。
3.
With the development of combinatorial chemistry, liquid-phase synthesis which profits from both the advantageous features of homogeneous solution chemistry and of solid-phase synthesis has presented an important approach to realize combinatorial chemistry.
随着组合化学的迅速发展,兼容固相合成和溶液相合成优点的可溶性聚合物支载的液相合成方法已成为实现组合化学的一条重要途径,受到了化学家们的重视。
5)  solution phase synthesis
液相合成
1.
Minimal Protective Solution Phase Synthesis of Thymopentin (TP-5);
胸腺五肽最小保护液相合成工艺的研究
6)  liquid phase synthesis
液相合成
1.
The liquid phase synthesis of nanocrystal titania at low temperature,due to avoiding the high temperature sintering process,brings superior physico-chemical properties.
低温液相合成晶态纳米TiO_2由于避免了高温煅烧过程,可望赋予其更优越的物理化学特性。
2.
With the development of combinatorial chemistry, liquid phase synthesis profiting from both the advantageous features of homogeneous solution chemistry and solid phase synthesis has become an impor-tant approach to realize combinatorial chemistry.
随着组合化学的迅速发展,兼容固相合成和溶液相合成优点的液相合成方法已成为实现组合化学的一条重要途径。
补充资料:氨基酸络合铜
分子式:
分子量:
CAS号:

性状:灰黑色粉末。无臭。
溶解情况:微溶于水,不溶于乙醇、乙醚、氯仿。
用途:营养性饲料添加剂,可满足动物对铜元素的需要
制备或来源:将蛋白质水解成复合氨基酸,然后与无机铜盐通过络核反应制得。
类别:矿物质类


说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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