请求化学高手把化合物英文名字转化为中文名称！非常感谢！

1、取样，加入酸碱指示剂，石蕊：变红色，是苯甲酸，具有酸性，其余物质均不能使石蕊变红。2、对其余三个取样，加入溴水：混合互溶不反应，溴水不褪色的是苯甲醇；互溶，溴水褪色的是苯甲醛，即醛基被氧化了；产生白色沉淀的是对甲基苯酚，类似于苯酚与溴水生成三溴苯酚沉淀。

将二氯甲烷（80ml)，甲酸（15ml），苯酚（5g），混合甲苯酚（15ml）配成溶液，室温浸泡1-2h

那里是这么写的---

意思是二氯甲烷和甲酸和苯酚这三种物质混合“甲苯酚”配成溶液。

呵呵

你应该是一下子糊涂了。

CAS: 591-27-5

分子式: C6H7NO

分子量: 109.13

沸点: 164℃

熔点: 121-124℃

中文名称: 3-氨基苯酚

间氨基苯酚

间羟基苯胺

间氨基酚

毛皮棕 EG

乌尔兹 EG

英文名称: 3-amino-Phenol

m-Aminophenol

3-Aminophenol

3-amino-1-hydroxybenzene

3-hydroxyaniline

性质描述: 为白色或浅黄色结晶。熔点122-123℃。易溶于热水、乙醇和乙醚中，难溶于苯和汽油，不溶于氢氧化钠溶液。在浓硫酸中无色，稀释后仍为无色。其水溶液加入氯化铁由无色变成棕色。

CAS: 591-27-5

Molecular formula: C6H7NO

Weight: 109.13

Boiling point: 164 ℃

Melting point: 121-124 ℃

Chinese name: 3 - amino phenol

Inter-aminophenol

Inter-hydroxyaniline

Inter-p -

EG brown fur

Wu Erzi EG

English name: 3-amino-Phenol

m-Aminophenol

3-Aminophenol

3-amino-1-hydroxybenzene

3-hydroxyaniline

The nature of description: white or light yellow crystalline. Melting point 122-123 ℃. Soluble in hot water, ethanol and ethyl ether, benzene and difficult to dissolve in gasoline, do not dissolve in sodium hydroxide solution. In concentrated sulphuric acid in the colorless, diluted remains colorless. Its solution by adding ferric chloride from a colorless brown.

1-Alkylbenzene linear 直链烷基苯

2-Isotridecyl alcohol 异十三醇

3-Lauryl alkohol C12-16 月桂醇 C12-16

4-Monoethanolamine 2-氨基乙醇(

5-Phosphorus yellow 黄磷

6-Diethanolamine 二乙醇胺

7-Glycerine dynamite 甘油炸药（硝化甘油）

8-Diethylene glycol 二甘醇

9-Adipic acid 己二酸

10-Coconut oil椰子油

11-Policol 300,400,600,800,1500,4500,6000-1-Alkylbenzene linear 直链烷基苯

2-Isotridecyl alcohol 异十三醇

3-Lauryl alkohol C12-16 月桂醇 C12-16

4-Monoethanolamine 2-氨基乙醇(

5-Phosphorus yellow 黄磷

6-Diethanolamine 二乙醇胺

7-Glycerine dynamite 甘油炸药（硝化甘油）

8-Diethylene glycol 二甘醇

9-Adipic acid 己二酸

10-Coconut oil椰子油

11-Policol 300,400,600,800,1500,4500,6000多羟基化合物

12-Nonylphenol 壬基苯酚

13-Anhydrous Citric Acid 无水柠檬酸

(Citric acid monohydrate) 枸橼酸

14-Phenol 苯酚

(Hydroxy benzene) 酚

15-Ethylene oxide 环氧乙烷

16-Propylene poly grade 聚丙烯级

17-Propylene oxide环氧丙烷

18- Tris (2-chloro-1-methylethyl) phosphate

三磷酸肌醇 （2-氯-1-甲基乙基）

12-Nonylphenol 壬基苯酚

13-Anhydrous Citric Acid 无水柠檬酸

(Citric acid monohydrate) 枸橼酸

14-Phenol 苯酚

(Hydroxy benzene) 酚

15-Ethylene oxide 环氧乙烷

16-Propylene poly grade 聚丙烯级

17-Propylene oxide环氧丙烷

18- Tris (2-chloro-1-methylethyl) phosphate

三磷酸肌醇 （2-氯-1-甲基乙基）

Dual-core metal complexes as JinShu enzyme model is causing people compounds of great interest, because the metal in the biological system of biological function protein was thought to double the metal center. Dual-core large ring complexes are widely used to as a model complexes, to research and simulation of these metals to the structure and function of the protein. 2, 6-dimethyl acyl methyl phenol is synthesis of large ring dual-core complexes one of the important raw materials. And 2, 6 (a preparation need to first binds to cresol, formaldehyde as raw materials, first synthetic 2, 6-(2) to methyl phenol, and then in the role of the antioxidant, the 2, 6-to dimethyl acyl methyl phenol.

This paper to cresol, such as formaldehyde as raw materials, synthetic 2, 6-(2) to methyl phenol, using fluorescence spectrum and uv spectra two analysis method for its structure characterization and determine the purity. In this paper, the 2, 6-second hydroxyl of methyl of phenol was to 2, 6-second to the preparation of phenol acyl was to play an important role, and then for the synthesis of large ring dual-core complexes also plays a major role and significance.

Keywords: 2, 6-to dimethyl acyl methyl phenol, 2, 6-second hydroxyl of methyl methyl phenol, synthesis

原译：

The effect of a nontoxic easily degradable substrate, glucose, on the biodegradation of toxic pollutant, phenol, was studied in batch reactors using a phenol degrading culture (Arthrobacter species). The effect of glucose on phenol degradation was determined at different glucose concentra-tions. The effect ofdifferentinoculumon substrateremovalin a phenol and glucose mixture was also studied. Results indicated that when a mixed substrate (phenol and glucose) was used, phenol acclimated population showed an initial preference for phenol and utilised glucose after phenol

翻译：

影响一个无毒容易降解基质，葡萄糖，对生物降解的有毒污染物，苯酚，研究了在批式反应器使用苯酚有辱人格的文化（节种） 。影响葡萄糖对苯酚的降解是确定在不同的葡萄糖浓度的筹措。影响ofdifferentinoculumon substrateremovalin苯酚和葡萄糖混合还研究了。结果表明，当一个混合基质（苯酚和葡萄糖） ，用苯酚驯化的人口表明，初步倾向于苯酚和利用葡萄糖后，苯酚

原译：

removal. However phenol degradationratewas reduced in the presence of glucose. It was also observed that phenol degradation was completely inhibited when the glucose concentration exceeds 2 g/l. The substrate removal pattern changed completely when inoculum was drawn from mixed substrate acclimatised culture. The glucose

翻译：

罢免权。不过苯酚degradationratewas减少，在场的葡萄糖。与会者还指出，苯酚的降解被完全抑制，当血糖浓度超过2 g / L的衬底去除模式完全改变，当接种取自混合基质acclimatised文化。葡萄糖

原译：

utilisation started immediately and the rate of glucose utilisation was not affected by the presence of phenol. The phenol degradation also started simultaneously. In presence of phenol only, the rate of phenol degradation for the culture acclimatised to mixed substrates was lower than that of phenol acclimatised culture. These results indicate that nontoxic substrate can affect the biodegradation of toxic pollutantsis suitable and acclimatisationmay be necessary for biodegradation of mixed substrate.

翻译：

使用率立即开始率和葡萄糖的使用率没有受到影响，由在场的苯酚。苯酚降解也同时展开。在在场的苯酚只，苯酚降解也同时展开。在在场的苯酚只，率苯酚的降解为文化acclimatised混合基质低于苯酚acclimatised文化。这些结果表明，无毒

衬底可影响生物降解有毒pollutantsis合适和必要的acclimatisationmay生物降解的混合基质。

你好，以上是完整答案，希望可以帮到你，

这道题没有说清楚。如果是苯酚、3-甲基苯酚、环己醇的鉴别 就是加入FeCl3，没有变化的是环己醇，苯酚和FeCl3作用显紫色，3-甲基苯酚遇FeCl3显蓝色。

如果是苯酚、2,4,6-三甲基苯酚和环己醇的鉴别的话，加入溴水，有白色沉淀生成的是苯酚，2,4,6-三甲基苯酚和环己醇无变化，加入FeCl3显色的是2,4,6-三甲基苯酚，无变化的是环己醇。