1) aminophenol
[英][ə,mi:nəu'fi:nəul] [美][ə,mino'finɔl, -nɑl, ,æməno-]
氨基苯酚
1.
Complexation Extraction of Aminophenol from Its Dilute Solution;
氨基苯酚稀溶液的络合萃取
2.
Twelve novel heterocyclic pentacoordinated organotin complexes(3a~3l) were synthesized from dialkyltin dichlorate(or diaryltin dichlorate) and tridentate Schiff base ligand,which were obtained from 2-aminophenol and o-hydroxyarylaldehyde by the condensation.
邻氨基苯酚与邻羟基芳香醛(酮)反应,合成了4个三齿Schiff碱配体(2a,2d,2g和2j),2分别与二苄基二氯化锡,二苯基二氯化锡,二正丁基二氯化锡反应合成了12个未见文献报道的三齿配体杂环五配位有机锡配合物(3a~3l),其结构经1HNMR,IR和元素分析确证。
3.
m-Anisidine was synthesized from m-aminophenol by acetylation,methylation and alkali hydrolysis reaction in yield of 90.
以间氨基苯酚为原料,经乙酰化、甲基化和碱水解合成了间氨基茴香醚,3步反应的收率分别为90。
2) aminophenols
氨基苯酚
1.
In this study, aminophenols and dihydroxybenzenes were phosphoylated by a modified Atheron-Todd procedure, in which DEPH and tetrachloromethane were added to the mixed solution of phenol, triethylamine and dioxane and the mixed solution of phenols, triethylamine and dioxane, respectively.
以亚磷酸二乙酯为磷酰化试剂,通过Atherton-Todd反应分别对邻间对苯二酚和氨基苯酚6种化合物进行了磷酰化改造。
3) p-aminophenol
对氨基苯酚
1.
A New Determination Method of Trace Amounts of p-aminophenol in Industrial Wastewaters;
一种测定工业废水中痕量对氨基苯酚的新方法
4) o-aminophenol
邻氨基苯酚
1.
Study on Complexation Extraction Structure of o-Aminophenol by FTIR
FTIR法研究络合萃取邻氨基苯酚萃合物的结构
2.
Study on Complexation Extraction Mechanism of o-Aminophenol
二(2-乙基己基)磷酸络合萃取邻氨基苯酚的机理
3.
With this combining technique,the depositing process of poly-o-aminophenol on gold electrode surface was monitored.
建立了一种现场压电传感-红外反射光谱-电化学三维联用技术,并应用该技术现场监测了聚邻氨基苯酚在金电极上的沉积过程,研究了邻氨基苯酚的电氧化和电聚合性质以及聚邻氨基苯酚聚合膜在酸性介质中的电化学性质,同步获取并讨论了聚合膜质量、离子掺杂行为和聚合膜的化学结构变化等信息。
5) p-aminophenol(PAP)
对氨基苯酚
1.
p-Aminophenol(PAP) is an important medicine, rubber and dye intermediate with wide uses and optimum application prospects.
随着社会的进步和医药、橡胶、染料等工业的快速发展，对氨基苯酚(PAP)作为重要的医药、橡胶、染料和精细化工中间体，国内外需求量逐年递增，缺口甚大，合成新方法研究相当活跃。
2.
Recently, p-Aminophenol(PAP) is an important medicine, rubber and dye intermediate with wide uses and optimum application prospects.
近年来，国内外医药、橡胶、染料等工业的快速发展致使对氨基苯酚(PAP)需求量每年递增，加上对氨基苯酚新用途的不断开发，使对氨基苯酚需求进一步增大。
6) para-aminophenol
对氨基苯酚
1.
Catalytic oxidation para-aminophenol in supercritical water;
催化超临界水氧化对氨基苯酚
2.
Kinetics of oxidation of para-aminophenol in supercritical water;
对氨基苯酚超临界水氧化动力学研究
3.
Study of Cu-Ni Alloy Cathode for Electrosynthsis of Para-aminophenol;
对氨基苯酚电解合成中Cu－Ni合金阴极的研究
补充资料：氨基苯酚
氨基苯酚
AminoPhenols
氨基苯酚Aminophenols郑诚怡化学工业部沈阳化工研究院l2.3.3 .1.3 .2.3 .3.3 .4.3.5.3 .6.3.7.4。4 .1.4，1 .1.4.!.2.4 .1 .3.4。」.4.4 .2.4 .3.4 .3.1.4 .3.2.4 .3.3.4 .4.5.6.6 .1.6 .2，6 .3.概述··········································……35物理性质···························，········……36化学性质··················，··················一37氧化反应····································……37氯化反应····································……37磺化反应····································……37酸化反应········，···························……37重氮化偶合反应···························……37斯克洛浦反应······························……37科尔比一施密特反应·4······················……二汗生产方法····································……37还原法·······································，·…37铁粉还原····································……38加氢还原····································……38电解还原····································……38其它还原法······························……’二38硝基苯还原重排法·················，······……38间氨基苯酚的合成方法··················……39碱熔法·····················，·······，·········……39间苯二酚部分氨基化法··················……39其它方法·······························。
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