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1·The production principles, production methods and progress of benzyl chloride are introduced.

介绍氯化苄生产的原理、方法和技术进展。

2·Production processes of benzyl chloride is introduced and its advantages and disadvantages compared.

介绍了氯化苄的生产工艺，并比较了其优缺点。

3·The production status of benzyl chloride were introduced. The main problems in operation of units were discussed.

介绍了氯化苄生产情况，对装置运行中的主要问题进行了讨论。

4·The selective nitration of benzyl chloride and its application in the synthesis of4-nitrobenzaldehyde were studied.

研究了氯化苄的选择性硝化及其在对硝基苯甲醛合成中的应用。

5·The carbonylation of benzyl chloride to phenylacetic acid catalyzed by carbonyl cobalt is discussed in great detail.

在此基础上对羰基钴在催化羰化反应领域的应用作了展望。

6·The synthesis of benzyl propionate from propanoic aid, sodium hydroxide and benzyl chloride in the presence of PTC was studied.

本文研究了用相转移催化合成丙酸苄酯的方法。

7·Benzyl acetate is synthesized by means of phase transfer catalysis with aqueous sodium acetate and benzyl chloride as raw materials.

以工业品的含水醋酸钠和氯化苄为原料，相转移催化法制备醋酸苄酯香料。

8·Benzyl chloride method, CTAB, SDS, and ROSE methods were used to extract DNA from color sweet pepper leaves of different fruit color.

以不同颜色的甜椒为试验材料。采用CTAB法、SDS法、ROSE法和氯化苄法提取彩色甜椒基因组dna。

9·A new method for the synthesis of benzyl n -butyrate with benzyl chloride and sodium n-butyrate by the catalyst of CTMAB is described.

以C TMAB为相转移催化剂， 氯化苄和丁酸钠为原料合成丁酸的新方法。

10·Benzyl chloride and isobutylaldehyde were transformed into muguet alcohol through phase-transfer reaction and catalytic hydrogenation.

从氯化苄和异丁醛经相转移反应及催化加氢的方法得铃兰醇。