imine

The suitable organic imine reactants have a variety of compositions and structures.

合适的有机亚胺反应剂具有多种组成和结构.

The ligands are quadridentate and they coordinate with the metal ions through imine nitrogens and phenolate oxygens.

配体H2L及H2L（Br）均为四齿配体，它们通过亚胺氮原子和酚氧原子跟金属离子配位；

Our researches are included as follows: 1. N-( diphenylmethylene) glycine t-butyl ester was synthesized from benzophenone imine and t-butyl chloroacetate using microwave irradiation, and under the optimum conditions chemical yield gets 98%.

我们的研究工作主要包括以下几个方面：1.以二苯甲酮亚胺和α-氯代乙酸叔丁酯为原料，合成了二苯甲酮亚胺甘氨酸叔丁酯，在优化条件下，化学产率高达98%。

the 1, 2-substituted-2-aminoethanol derivatives ( 2a& 2f) were synthesized from the asymmetric addition of (+)-camphor imine ( 1) derived from benzylamine to a variety of aldehydes or ketones ( 4).

本文通过（+）-樟脑缩苄胺（1）与不同醛、酮韵不对称加成，经转氨合成了1,2取代-2-氨基乙醇（2）。

therefore, we can clearly see that imine double bond is ond kind of important antibacterial functional group of these compounds.

因此，可以明确亚胺双键是该类化合物的重要抑菌官能团之一。

A theoretical study on the mechanism of the dimerization reaction of ketene imine

乙烯基亚胺二聚反应机理的理论研究

enantioselective synthesis of ( r)-α-substituted benzyl amines using (+)-camphor imine of benzyl amine as intermediate

以（+）-樟脑缩苄胺作中间体对映选择合成（R）-α-取代苄胺

The alternative use of buffered silica gel resulted in modest hydrolysis ( ~5-10 % ) of the imine.

选用温和的水解导致缓冲硅胶 ( ~ 5-10% ) 的亚胺.

palladium-catalyzed suzuki reaction of aryl fluoride supported by imine ligands

双亚胺类配体支持的金属钯催化的氟代芳烃的Suzuki反应

Metal salts and Carboxy, keto, aldehyde, acetoacetoxy, complexes phosphonic acid, imine, amino and thio.

金属盐类和羧基, 酮, 醛, 乙酰乙酸, 配合膦酸, 亚胺, 氨基酸和硫代.

Temperature-Variable FTIR and Laser Raman Spectra on a New Chiral Liquid Crystal with Imine Group

一个手性席夫碱型液晶的变温红外及激光拉曼光谱

The results of the studies indicate that the tautomeric equilibrium between the enol imine and keto enamine exists in the compounds.

结果表明，合成的化合物具有醇亚胺和酮胺互变异构体结构，锡原子是五配位的，存在着分子间酚羟基（酮羰基）氧原子同锡原子的配键。

therefore, we can clearly see that imine double bond is ond kind of important antibacterial functional group of these compounds.

因此，可以明确亚胺双键是该类化合物的重要抑菌官能团之一。