苯甲醚

Hβ分子筛催化苯甲醚乙酰化反应的研究

Study on the Acetylation of Anisole Catalyzed by H β Zeolite

苯甲醚中苯酚气相色谱测定的研究

Study on Determination of phenol in anisole by GC

目的观察邻氨基苯甲醚对中国仓鼠肺细胞（Chinesehamsterlungcells，CHL）的毒性作用。

Objective To observe the toxic effect of o anisidine on Chinese hamster lung cells .

纳米Cu2O催化合成p-羟基苯甲醚

Catalytic Synthesis of p-hydroxyanisole Using Nano-Cu _2O

以KOAc/NaY为催化剂，在连续流动固定床反应器内，邻甲基苯酚（OC）与碳酸二甲酯（DMC）经过气固相催化反应合成了邻甲基苯甲醚（OM）。

Synthesis of o-methoxy toluene from o-cresol and methyl-carbonate ( DMC ) on KOAc / NaY catalyst in fixed bed reactor was investigated .

采用化学交换反应精馏法，针对三氟化硼-苯甲醚分离体系，研究了硼同位素分离生产过程的特点，建立了交换精馏塔的稳态数学模型，并利用matlab程序进行模型求解。

By chemical exchange reaction and distillation between BF3 and the complex anisole · BF3 the separation character of boron-10 isotopes was studied . A mathematical model , proposed in this paper , was solved by a Matlab program .

丁羟基甲苯（BHT）和丁羧基苯甲醚（BHA）对甲醛的产生的抑制作用进一步支持这一论点。

The inhibition of formaldehyde generation by butylated hydroxyanisole ( BHT ) and butylated hydroxy toluene ( BHA ) further supported this contention .

为提高由p-氨基苯甲醚经重氮化制备p-羟基苯甲醚的反应产率，利用超声震荡法制备了纳米Cu2O催化剂。

To increase the synthesis product ratio of p-hydroxyanisole derived from p-anisidine by diazotization , Nano-Cu_2O catalyst was prepared by ultrasonic vibration method .

首先将该算法应用于假想分子模型间的刚性对接，然后将算法应用于HIV-1蛋白酶与苯甲醚配体的刚性对接。

We applied the algorithm to molecular docking problems . The algorithm is applied to the docking of several simple model molecules and the docking between the benzamidine and HIV 1 protease .

DMC可作为羰基化试剂代替剧毒物质光气用于合成聚碳酸酯、异氰酸酯、杀虫剂西维因等，用作甲基化试剂代替致癌物硫酸二甲酯合成苯甲醚。

DMC can be used as carbonylation agent replacing phosgene in synthesis of polycarbonate , isocyanate and insecticide carbaryl as well as methylating agent replacing carcinogen dimethyl sulfate in synthesis of methylphenate .

以无水碳酸钾为碱催化剂，PEG-400为相转移催化剂，对羟基苯甲醚为阻聚剂，通过Perkin反应合成肉桂酸，研究了各物料比、回流时间对产品产率的影响。

Cinnamic acid was synthesized by Perkin reaction with anhydrous potassium carbonate as alkaline catalyst and PEG-400 as phase transfer catalyst and 4-hydroxyanisole as polymerization inhibitor .

催化氢化法制取邻氨基苯甲醚的扩大试验

Expanded Experiment for Synthesis of o-Aminophenol Methyl Ether by Catalytic Hydrogenation

甲氧基在苯甲醚亲电取代反应的定位作用

Orientation Effect of the Methoxy on the Reaction of Electrophilic Aromatic Substitution

复合载体强酸催化合成对羟基苯甲醚

Catalytic synthesis of p hydroxyanisole by composite supported strong acid

邻乙酰氨基苯甲醚氯磺化产物结构研究

Studies on structure of chlorosulfonation product of O acetaniside

我们改用邻氨基苯甲醚的N-光气化、硝化、水解法。

We used the process of N-phosgenation , nitration and hydrolysis of O-anisidine .

小晶粒β沸石催化的苯甲醚与乙酸酐酰化反应

Acetylation of anisole and acetic anhydride over β zeolites with small particle size

杯芳烃涂层厚度剪切模式声波传感器对苯甲醚的主-客识别

Host-Guest Recognition of Anisole by Thickness-Shear Mode Acoustic Wave Sensor Coated with Calixarenes

通过净化塔除去苯甲醚中因分解产生的杂质。

Moreover , anisole should be purified from products of decomposition in purification tower .

邻氨基苯甲醚合成工艺研究

Study on The Synthesis of o-Aminophenol Methyl Ether

骨架钌镍炭选择性催化加氢制备对氨基苯甲醚

Selective Catalytic Hydrogenation on Raney-RuNiC to Prepare p-Aminoanisole

高效液相色谱法测定高纯度邻羟基苯甲醚

Determination of Pure 2-Methoxyphenol by High-performance Liquid Chromatography

用定量的试验方法，在合成邻氨基苯甲醚中，对甲氧基化反应和硝基还原反应的较佳反应条件做了探讨。

The optimum reactive conditions of synthesizing o-aminoanisole are studied via quantitative experimental method .

由对硝基苯甲醚制备对氨基苯甲醚的工艺研究

Study on synthesis of p-aminoanisole from p-nitroanisole

用分子轨道理论计算方法对苯酚和苯甲醚分子离子分解反应的研究

Study of Decomposition Reaction of Phenol and Phenylmethylether Molecular Ion by Molecular Orbitals Theoretical Calculation

合成苯甲醚的新工艺

A New Synthetic Technique of Anisole

合成邻氨基苯甲醚反应条件的研究

Reactive conditions of synthesizing o-aminoanisole

邻氨基苯甲醚的清洁生产工艺

Cleaner Production Process for o-Aminoanisole

以溴化钠为溴源，氧气为氧化剂进行的苯甲醚的催化氧化溴代反应。

The oxybromination of anisole was investigated with sodium bromide as bromo source and oxygen as oxidant .

研究了不同底物（如苯甲醚、甲苯和苯）的苄基化反应，对反应条件进行了探索。

The benzylation reactions of other different substrates ( such as anisole , toluene and benzene ) are researched .